mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an outdoor unit of a heat pump containing - a housing which is installed outside a building and has a working fluid guided in a fluid circuit , - wherein the fluid circuit has at least one compressor , at least one expansion member and at least two heat exchangers , - wherein one of the heat exchangers is connected to a heat transfer fluid circuit leading into the building , - and in the connection of the heat transfer fluid circuit between the housing and the building , an automatic shut-off valve is provided in each case both in a supply line and in a return line, - and a feed pump for heat transfer fluid is arranged on the inflow side with respect to the heat exchanger , characterised in that the temperature of the heat transfer fluid circuit is measured at the inlet and at the outlet of the heat exchanger , and if either temperature is below zero degrees Celsius, both shut-off valves are automatically closed and the heat transfer fluid is prevented from flowing into the building . - a housing which is installed outside a building and has a working fluid guided in a fluid circuit , - wherein the fluid circuit has at least one compressor , at least one expansion member and at least two heat exchangers , - wherein one of the heat exchangers is connected to a heat transfer fluid circuit leading into the building , - and in the connection of the heat transfer fluid circuit between the housing and the building , an automatic shut-off valve is provided in each case both in a supply line and in a return line, - and a feed pump for heat transfer fluid is arranged on the inflow side with respect to the heat exchanger , the temperature of the heat transfer fluid circuit is measured at the inlet and at the outlet of the heat exchanger , and if either temperature is below zero degrees Celsius, both shut-off valves are automatically closed and the heat transfer fluid is prevented from flowing into the building .
A helicopter rotor blade folding apparatus for the positioning of a rotor blade attached to a main rotor mast assembly of a helicopter main rotor assembly via at least one blade pin having a vertical axis of rotation , comprising: at least one flap lock mechanism removably attachable to the main rotor mast assembly , wherein the at least one flap lock mechanism is configured to restrict the flap of the rotor blade when attached to the main rotor mast assembly ; at least one overhead lifting system support structure removably attachable to the flap lock mechanism ; a rotor blade support beam assembly comprising at least one overhead beam having a first end and second end, said first end of said overhead beam is removably attachable to the overhead lifting system support structure ; an overhead beam support connecting rod having a first end and a second end, said first end of said overhead beam support connecting rod attached proximate to the second end of the rotor blade support beam assembly ; and a blade clamp adapted to temporarily attach to the rotor blade , said blade clamp removably attachable to the second end of said overhead beam support connecting rod . at least one flap lock mechanism removably attachable to the main rotor mast assembly , wherein the at least one flap lock mechanism is configured to restrict the flap of the rotor blade when attached to the main rotor mast assembly ; at least one overhead lifting system support structure removably attachable to the flap lock mechanism ; a rotor blade support beam assembly comprising at least one overhead beam having a first end and second end, said first end of said overhead beam is removably attachable to the overhead lifting system support structure ; an overhead beam support connecting rod having a first end and a second end, said first end of said overhead beam support connecting rod attached proximate to the second end of the rotor blade support beam assembly ; and a blade clamp adapted to temporarily attach to the rotor blade , said blade clamp removably attachable to the second end of said overhead beam support connecting rod .
An image-capturing apparatus , comprising: an image sensor having pixels grouped into unit regions , and image sensor blocks, each of the image sensor blocks comprising one or more unit regions , wherein image-capturing conditions for each image sensor block can be set differently to image-capturing conditions of other image sensor blocks; and a control unit that displays an image generated by image sensor as a live view image on a display unit, a region partitioning unit of the control unit which partitions the live view image into subject element regions and which correlates each of the image sensor blocks with a corresponding subject element region, wherein each subject element region can be selected and targeted for setting image-capturing conditions for pixels included therein, wherein the partitioning depends on a number of subject elements in an entire captured image, such that - if the number of the subject elements is lower than a predetermined number, the control unit partitions the image capture screen into single-subject regions, each having one subject element, and - if the number of the subject elements is higher than the predetermined number, the control unit partitions the image capture screen into single-subject regions and multi-subject regions or into multi-subject regions. an image sensor having pixels grouped into unit regions , and image sensor blocks, each of the image sensor blocks comprising one or more unit regions , wherein image-capturing conditions for each image sensor block can be set differently to image-capturing conditions of other image sensor blocks; and a control unit that displays an image generated by image sensor as a live view image on a display unit, a region partitioning unit of the control unit which partitions the live view image into subject element regions and which correlates each of the image sensor blocks with a corresponding subject element region, wherein each subject element region can be selected and targeted for setting image-capturing conditions for pixels included therein, wherein the partitioning depends on a number of subject elements in an entire captured image, such that - if the number of the subject elements is lower than a predetermined number, the control unit partitions the image capture screen into single-subject regions, each having one subject element, and - if the number of the subject elements is higher than the predetermined number, the control unit partitions the image capture screen into single-subject regions and multi-subject regions or into multi-subject regions. - if the number of the subject elements is lower than a predetermined number, the control unit partitions the image capture screen into single-subject regions, each having one subject element, and - if the number of the subject elements is higher than the predetermined number, the control unit partitions the image capture screen into single-subject regions and multi-subject regions or into multi-subject regions.
A method for wireless communication, comprising: receiving a semi-persistent assignment for a user equipment, UE, the semi-persistent assignment being valid for multiple transmissions of data and conveying, in at least a transmit power control, TPC, field of the semi-persistent assignment which TPC field is re-used from carrying a TPC command for dynamic scheduling, an assignment of an acknowledgement, ACK, resource for sending ACK information for a transmission of data; obtaining the assignment of the ACK resource from at least the TPC field of the semi-persistent assignment, the ACK resource being assigned to the UE for the multiple transmissions of data; receiving a transmission of data sent in accordance with the semi-persistent assignment; determining the ACK information for the transmission of data; and sending the ACK information with the ACK resource. receiving a semi-persistent assignment for a user equipment, UE, the semi-persistent assignment being valid for multiple transmissions of data and conveying, in at least a transmit power control, TPC, field of the semi-persistent assignment which TPC field is re-used from carrying a TPC command for dynamic scheduling, an assignment of an acknowledgement, ACK, resource for sending ACK information for a transmission of data; obtaining the assignment of the ACK resource from at least the TPC field of the semi-persistent assignment, the ACK resource being assigned to the UE for the multiple transmissions of data; receiving a transmission of data sent in accordance with the semi-persistent assignment; determining the ACK information for the transmission of data; and sending the ACK information with the ACK resource.
A dye-sensitized solar cell comprising a photoelectrode and a counter electrode, which are oppositely disposed with a liquid electrolyte layer interposed therebetween, wherein: the photoelectrode is structured such that a semiconductor layer containing a dye sensitizer is formed on a titanium or titanium alloy substrate having an opening structure, wherein the titanium or titanium alloy substrate having an opening structure is a metal titanium or a metal titanium alloy mesh or a metal titanium or a metal titanium alloy lath with a fiber member or a glass rod material embedded in its opening structure such that leakage of the liquid electrolyte is prevented, the photoelectrode comprises a light condenser that is disposed on the titanium or titanium alloy substrate, wherein the light condenser comprises a light-condensing unit for condensing sunlight and a transmission unit for transmitting condensed sunlight to the photoelectrode, the transmission unit is an optical fiber, and wherein the fiber member or the glass rod material is connected with (i) the titanium or titanium alloy mesh or the titanium or titanium alloy lath material, and (ii) the transmission unit. the photoelectrode is structured such that a semiconductor layer containing a dye sensitizer is formed on a titanium or titanium alloy substrate having an opening structure, wherein the titanium or titanium alloy substrate having an opening structure is a metal titanium or a metal titanium alloy mesh or a metal titanium or a metal titanium alloy lath with a fiber member or a glass rod material embedded in its opening structure such that leakage of the liquid electrolyte is prevented, the photoelectrode comprises a light condenser that is disposed on the titanium or titanium alloy substrate, wherein the light condenser comprises a light-condensing unit for condensing sunlight and a transmission unit for transmitting condensed sunlight to the photoelectrode, the transmission unit is an optical fiber, and wherein the fiber member or the glass rod material is connected with (i) the titanium or titanium alloy mesh or the titanium or titanium alloy lath material, and (ii) the transmission unit.
An endoscope comprising: an insertion portion; and a channel arranged inside the insertion portion, wherein the insertion portion includes: a bending section that is bendable based on an operation; and a flexible tube portion that is bendable by an external force unrelated to the operation, the channel includes an inner layer and an outer layer formed outside the inner layer, the inner layer is made of polytetrafluoroethylene having a solid structure, the outer layer is made of polytetrafluoroethylene having a porous structure, characterized in that a porosity of the outer layer in the bending section is smaller than a porosity of the outer layer in the flexible tube portion. an insertion portion; and a channel arranged inside the insertion portion, wherein the insertion portion includes: a bending section that is bendable based on an operation; and a flexible tube portion that is bendable by an external force unrelated to the operation, the channel includes an inner layer and an outer layer formed outside the inner layer, the inner layer is made of polytetrafluoroethylene having a solid structure, the outer layer is made of polytetrafluoroethylene having a porous structure, characterized in that a porosity of the outer layer in the bending section is smaller than a porosity of the outer layer in the flexible tube portion. a bending section that is bendable based on an operation; and a flexible tube portion that is bendable by an external force unrelated to the operation, the channel includes an inner layer and an outer layer formed outside the inner layer, the inner layer is made of polytetrafluoroethylene having a solid structure, the outer layer is made of polytetrafluoroethylene having a porous structure, characterized in that a porosity of the outer layer in the bending section is smaller than a porosity of the outer layer in the flexible tube portion.
Disassemblable and recyclable footwear of the type comprising: - an external structure , made of a first material, which embeds a sock-liner and a hygienic insole therein, protects the foot from external shocks, gives robustness to the entire footwear and is designed for the contact with the ground; - the sock-liner , made of a second material, which wraps the foot and creates a softer layer between the foot and the external structure , made of an upper sewn on an assembly insole ; - the hygienic insole , made of a third material, which gives more comfort and creates a further layer between the external structure and the sole of the foot, and which may also be easily removed to clean and sanitize the footwear; said external structure , said sock-liner , and said hygienic insole being stably associated with each other through a system of interlocking joints and twines which makes the separation process easy and economical; characterized in that the footwear further comprises a lace sewn on the lower part of the sock-liner ; said lace , sewn under the assembly insole , being passed throughout first slots and , in the lower part of the external structure and in the assembly insole , respectively, thus creating a twine between the two parts. - an external structure , made of a first material, which embeds a sock-liner and a hygienic insole therein, protects the foot from external shocks, gives robustness to the entire footwear and is designed for the contact with the ground; - the sock-liner , made of a second material, which wraps the foot and creates a softer layer between the foot and the external structure , made of an upper sewn on an assembly insole ; - the hygienic insole , made of a third material, which gives more comfort and creates a further layer between the external structure and the sole of the foot, and which may also be easily removed to clean and sanitize the footwear; said external structure , said sock-liner , and said hygienic insole being stably associated with each other through a system of interlocking joints and twines which makes the separation process easy and economical; characterized in that the footwear further comprises a lace sewn on the lower part of the sock-liner ; said lace , sewn under the assembly insole , being passed throughout first slots and , in the lower part of the external structure and in the assembly insole , respectively, thus creating a twine between the two parts.
A structure of an upper for improving a fitting property of a heel portion of the upper of a shoe, wherein: the upper includes an inner skin placed on a wear's skin side, and an outer skin placed on an opposite side from the inner skin , wherein a sponge member is housed between the inner skin and the outer skin in the heel portion ; and the sponge member includes a medial side portion covering a medial side of a calcaneal bone (Ca), and a lateral side portion covering a lateral side of the calcaneal bone (Ca); characterised in that , in a developed view where the sponge member is unfolded into a planar shape, a level of a lateral first centroid (O10) of a portion corresponding to the lateral side portion is set to be higher than a level of a medial first centroid ( O11 ) of a portion corresponding to the medial side portion . the upper includes an inner skin placed on a wear's skin side, and an outer skin placed on an opposite side from the inner skin , wherein a sponge member is housed between the inner skin and the outer skin in the heel portion ; and the sponge member includes a medial side portion covering a medial side of a calcaneal bone (Ca), and a lateral side portion covering a lateral side of the calcaneal bone (Ca); characterised in that , in a developed view where the sponge member is unfolded into a planar shape, a level of a lateral first centroid (O10) of a portion corresponding to the lateral side portion is set to be higher than a level of a medial first centroid ( O11 ) of a portion corresponding to the medial side portion .
Root extract of plants of the genus Morus, wherein said plant is chosen from the group consisting of Morus alba and Morus nigra, characterized in that : • it comprises at least 2% by weight of moracenin B, preferably at least 2.3% and more preferably at least 4%, expressed relative to the total weight of the dry extract, • it comprises moracenin A, present in an amount of at least 0.05% by weight of moracenin B equivalent, preferably at least 0.5% and more preferably at least 2%, expressed relative to the total weight dry extract, • it comprises kuwanone C, present in an amount of at least 0.1% by weight of moracenin B equivalent, preferably at least 0.5% and more preferably at least 1%, expressed relative to the total weight of the dry extract, and • it comprises at least one of the following two compounds: - wittiorumine F, present in an amount of at least 0.1% by weight of moracenin B equivalent, preferably at least 0.4%, and more preferably at least 0.5%, expressed relative to the total weight dry extract, - mulberrofuran T, present in an amount of at least 0.1% by weight, preferably at least 0.3%, and more preferably at least 0.4%, expressed relative to the total weight dry extract. • it comprises at least 2% by weight of moracenin B, preferably at least 2.3% and more preferably at least 4%, expressed relative to the total weight of the dry extract, • it comprises moracenin A, present in an amount of at least 0.05% by weight of moracenin B equivalent, preferably at least 0.5% and more preferably at least 2%, expressed relative to the total weight dry extract, • it comprises kuwanone C, present in an amount of at least 0.1% by weight of moracenin B equivalent, preferably at least 0.5% and more preferably at least 1%, expressed relative to the total weight of the dry extract, and • it comprises at least one of the following two compounds: - wittiorumine F, present in an amount of at least 0.1% by weight of moracenin B equivalent, preferably at least 0.4%, and more preferably at least 0.5%, expressed relative to the total weight dry extract, - mulberrofuran T, present in an amount of at least 0.1% by weight, preferably at least 0.3%, and more preferably at least 0.4%, expressed relative to the total weight dry extract. - wittiorumine F, present in an amount of at least 0.1% by weight of moracenin B equivalent, preferably at least 0.4%, and more preferably at least 0.5%, expressed relative to the total weight dry extract, - mulberrofuran T, present in an amount of at least 0.1% by weight, preferably at least 0.3%, and more preferably at least 0.4%, expressed relative to the total weight dry extract.
Method for controlling an electric machine (MEL) controlled by an inverter (OND) controlled by a computer (CAL), said control method being designed to make said inverter (OND) apply a switching frequency of the electric current to said electric machine, and to make at least one function of said computer perform a computation at a computation time frequency, each function of said computer having a reference computation time frequency, implementing the following step: a. an electrical frequency of said electric machine (MEL) is acquired; and characterized in that the following additional steps are implemented: b. a switching frequency is applied to said inverter (OND) such that said switching frequency is proportional to said determined electrical frequency, a coefficient of proportionality between said switching frequency and said electrical frequency being an integer; and c. a computation time frequency is applied to at least one function of said computer (CAL) such that the switching frequency is proportional to said computation time frequency, a coefficient of proportionality between said switching frequency and said computation time frequency being a variable integer, and such that the average of the computation time frequency is equal to said reference computation time frequency. a. an electrical frequency of said electric machine (MEL) is acquired; and characterized in that the following additional steps are implemented: b. a switching frequency is applied to said inverter (OND) such that said switching frequency is proportional to said determined electrical frequency, a coefficient of proportionality between said switching frequency and said electrical frequency being an integer; and c. a computation time frequency is applied to at least one function of said computer (CAL) such that the switching frequency is proportional to said computation time frequency, a coefficient of proportionality between said switching frequency and said computation time frequency being a variable integer, and such that the average of the computation time frequency is equal to said reference computation time frequency. b. a switching frequency is applied to said inverter (OND) such that said switching frequency is proportional to said determined electrical frequency, a coefficient of proportionality between said switching frequency and said electrical frequency being an integer; and c. a computation time frequency is applied to at least one function of said computer (CAL) such that the switching frequency is proportional to said computation time frequency, a coefficient of proportionality between said switching frequency and said computation time frequency being a variable integer, and such that the average of the computation time frequency is equal to said reference computation time frequency.
A wheel alignment method for a vehicle , the method comprising: affixing a target to a wheel of the vehicle ; providing a camera for viewing the target and capturing image data of the target ; rolling the vehicle such that the wheel and target rotate while the camera captures the image data of the target ; determining a target origin (t) which is the origin of a target coordinate system; calculating a wheel axis of rotation based at least in part on the captured image data; calculating a virtual wheel spindle point located along the wheel axis of rotation and in the plane of motion of the target origin (t) around which the target origin (t) revolves, based at least in part on the captured image data; calculating a location of a wheel spindle point at which the wheel axis of rotation intersects the plane of the rim of the wheel relative to the target using the virtual wheel spindle point and wheel axis of rotation; and using the wheel spindle point to calculate an alignment parameter for the vehicle . affixing a target to a wheel of the vehicle ; providing a camera for viewing the target and capturing image data of the target ; rolling the vehicle such that the wheel and target rotate while the camera captures the image data of the target ; determining a target origin (t) which is the origin of a target coordinate system; calculating a wheel axis of rotation based at least in part on the captured image data; calculating a virtual wheel spindle point located along the wheel axis of rotation and in the plane of motion of the target origin (t) around which the target origin (t) revolves, based at least in part on the captured image data; calculating a location of a wheel spindle point at which the wheel axis of rotation intersects the plane of the rim of the wheel relative to the target using the virtual wheel spindle point and wheel axis of rotation; and using the wheel spindle point to calculate an alignment parameter for the vehicle .