mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum insulating panel comprising: a first substrate ; a second substrate ; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at pressure less than atmospheric pressure; a seal provided at least partially between at least the first and second substrates, the seal comprising a seal layer comprising from about 20-65 mol% boron oxide and having a bridging oxygen (BO) content of at least about 80%. a first substrate ; a second substrate ; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at pressure less than atmospheric pressure; a seal provided at least partially between at least the first and second substrates, the seal comprising a seal layer comprising from about 20-65 mol% boron oxide and having a bridging oxygen (BO) content of at least about 80%.
A flow sensor , comprising: a base member with a flow channel , a flow sensor element adjoining the flow channel , and a cover plate being attached to the base member and covering the flow channel , the flow channel being formed by a sealing lip , which surrounds and defines the flow channel on a top side of the main body being opposite to the cover plate and is pressed sealingly against the cover plate , wherein the base member is formed of a first and a second region , which consist in each case of a different material and are joined together, wherein the flow channel is formed in the first region , which consists of a significantly more resilient material than the second region , and in that the second region comprises a surface, which defines a surface plane , wherein the cover plate lies on the surface plane when the cover plate is attached to the base member , characterized in that the surface plane lies between the plane of a channel bed of the flow channel and the sealing lips projecting beyond the surface of the second region when the cover plate is removed, and in that the flow channel is formed on the channel bed on the top side of the base member in such a way that the flow channel is delimited in cross-section in each case laterally by the sealing lips projecting upwards from the channel bed and from an outer channel surrounding the flow channel . a base member with a flow channel , a flow sensor element adjoining the flow channel , and a cover plate being attached to the base member and covering the flow channel , the flow channel being formed by a sealing lip , which surrounds and defines the flow channel on a top side of the main body being opposite to the cover plate and is pressed sealingly against the cover plate , wherein the base member is formed of a first and a second region , which consist in each case of a different material and are joined together, wherein the flow channel is formed in the first region , which consists of a significantly more resilient material than the second region , and in that the second region comprises a surface, which defines a surface plane , wherein the cover plate lies on the surface plane when the cover plate is attached to the base member , characterized in that the surface plane lies between the plane of a channel bed of the flow channel and the sealing lips projecting beyond the surface of the second region when the cover plate is removed, and in that the flow channel is formed on the channel bed on the top side of the base member in such a way that the flow channel is delimited in cross-section in each case laterally by the sealing lips projecting upwards from the channel bed and from an outer channel surrounding the flow channel .
A catheter system for imparting pressure to induce fractures at a treatment site within or adjacent a vessel wall, comprising: a catheter configured to advance to the treatment site, the catheter comprising an elongate shaft , a balloon coupled to the elongate shaft, and a first light guide disposed along the elongate shaft, the elongate shaft defining a first recess within the balloon, the balloon being configured to be filled with a balloon fluid, the first light guide being positioned at least partially within the balloon and in optical communication with a light source and the balloon fluid, the first light guide including a first portion that extends into the first recess; and a first protection structure that contacts the first portion of the first light guide, the first protection structure being optically matched to the first light guide; wherein the light source selectively provides pulses of light through the first light guide to the balloon fluid so that plasma formation and rapid bubble formation in the balloon fluid occur, thereby imparting pressure waves upon the treatment site, and wherein the first protection structure is configured to provide structural protection from the pressure waves to the first portion of the first light guide. a catheter configured to advance to the treatment site, the catheter comprising an elongate shaft , a balloon coupled to the elongate shaft, and a first light guide disposed along the elongate shaft, the elongate shaft defining a first recess within the balloon, the balloon being configured to be filled with a balloon fluid, the first light guide being positioned at least partially within the balloon and in optical communication with a light source and the balloon fluid, the first light guide including a first portion that extends into the first recess; and a first protection structure that contacts the first portion of the first light guide, the first protection structure being optically matched to the first light guide; wherein the light source selectively provides pulses of light through the first light guide to the balloon fluid so that plasma formation and rapid bubble formation in the balloon fluid occur, thereby imparting pressure waves upon the treatment site, and wherein the first protection structure is configured to provide structural protection from the pressure waves to the first portion of the first light guide.
Method of coating a non-conductive substrate, said method being a method for repairing a surface defect of a wood substrate, said method comprising the steps of: a) applying a wood putty composition to the wood substrate, wherein the wood putty composition comprises: i) at least one unsaturated compound, ii) a thermal initiator comprising an organic peroxide, iii) a photoinitiator, and iv) at least one pigment, wherein the wood putty composition is free of accelerator, capable of decreasing the activation energy of the thermal initiator, particularly, free of Co compounds, b) exposing the wood putty composition to UV light effective to start polymerization of the unsaturated compound, c) exposing the wood putty composition to microwave heating effective to decompose the thermal initiator, wherein step c) is performed either simultaneously with step b) or sequentially after step b). a) applying a wood putty composition to the wood substrate, wherein the wood putty composition comprises: i) at least one unsaturated compound, ii) a thermal initiator comprising an organic peroxide, iii) a photoinitiator, and iv) at least one pigment, wherein the wood putty composition is free of accelerator, capable of decreasing the activation energy of the thermal initiator, particularly, free of Co compounds, i) at least one unsaturated compound, ii) a thermal initiator comprising an organic peroxide, iii) a photoinitiator, and iv) at least one pigment, b) exposing the wood putty composition to UV light effective to start polymerization of the unsaturated compound, c) exposing the wood putty composition to microwave heating effective to decompose the thermal initiator,
Cooling device (KE) for cooling an offshore energy system (OT), comprising a water tank (WT), a collecting device (REC), leading into the water tank (WT), for collecting rainwater (RW) in the water tank (WT), a heat exchanger (RAD) that can be thermally coupled to the offshore energy system (OT), a water line (WL), leading from the water tank (WT) to the heat exchanger (RAD), for supplying collected rainwater (RW) to the heat exchanger (RAD) for cooling the heat exchanger (RAD), and an inflow controller (CTL) for the water line (WL) for controlling the rainwater supply depending on a temperature measured by a temperature sensor (TS1,...,TS5).
A device for packaging, dispensing and applying a block of solid or pasty cosmetic product, comprising a longitudinal tubular case having an open first end , intended for dispensing the cosmetic product, and an opposite second end that is closed by a base accommodating a mechanism for driving a support for holding said cosmetic product in translation along the case, the device having, at the open first end of the case, an external envelope (E1) with a longitudinal central axis (A1) offset radially with respect to a longitudinal central axis (A2) of an external envelope (E2) of the device at the opposite end of the case that is closed by the base, wherein the case bears, close to the open first end , at least one complementary application element , the device being characterized in that the at least one complementary application element protrudes from a lateral wall of the external envelope (E1) in at least the direction of the offset between the longitudinal central axes (A1, A2) from the central axis of the first end toward the central axis of the second end.
Bus-capable device having an input interface and an output interface for connection to a CAN bus, wherein the input interface and the output interface each have at least one signal line connection , and further having a terminating resistor for terminating the bus and a switching apparatus for switching the terminating resistor active depending on the connection status of the input and output interfaces , wherein the input interface and output interface each have a supply voltage connection for providing a supply voltage to the output and/or input interfaces of a respectively next bus-capable device and a feedback connection for receiving the supply voltage from an output and/or input interface of a respectively next bus-capable device, wherein the switching apparatus has an evaluation circuit for determining the presence of the supply voltage at the feedback connections of the input and output interfaces and an activation circuit for switching the terminating resistor active when the absence of the supply voltage is determined by the evaluation circuit at the feedback connection of the input interface and/or at the feedback connection of the output interface , wherein the input interface and/or the output interface has a five-pin connector in the form of a five-pin M12 connector, and the CAN bus is in the form of M12 CAN bus lines.
A dental caries diagnosis device which includes a light source and a light irradiation unit configured to emit examination light and a light receiving unit which is configured to receive light from tooth, the device comprising: a head portion which is configured to be inserted into a mouth and to project the examination light toward a tooth; and a filter which is disposed in front of the light receiving unit and which is configured to remove a noise component from the received light, wherein the light receiving unit is configured to receive light from the tooth, whereby the head portion is attachable and detachable, characterized in that the head portion includes opposing side wall portions (4a3) which define a tooth accommodation space and are disposed to face each other so that the side wall portions (4a3) surround the accommodation space; and in that the light irradiation unit comprises light irradiation means in each of the two side wall portions, the light irradiation means configured to irradiate the examination light from the side wall portions (4a3) toward a tooth. a head portion which is configured to be inserted into a mouth and to project the examination light toward a tooth; and a filter which is disposed in front of the light receiving unit and which is configured to remove a noise component from the received light, wherein the light receiving unit is configured to receive light from the tooth, whereby the head portion is attachable and detachable, characterized in that the head portion includes opposing side wall portions (4a3) which define a tooth accommodation space and are disposed to face each other so that the side wall portions (4a3) surround the accommodation space; and in that the light irradiation unit comprises light irradiation means in each of the two side wall portions, the light irradiation means configured to irradiate the examination light from the side wall portions (4a3) toward a tooth.
A modular-type analysis system configuring a system for performing an analysis by combining a plurality of units each having an independent housing, the plurality of units including a system control unit , the modular-type analysis system comprising: a) a light emitter capable of emitting multicolor lights provided in a housing of each of the plurality of units ; b) an integrated controller provided in the system control unit and configured to control an operation of each unit to execute the analysis, the integrated controller being configured to notify each other unit of analysis initiation and analysis completion, make a light emitter provided in the system control unit emit light with a predetermined first common luminescent color upon the analysis initiation, and change the light to a second common luminescent color different from the first common luminescent color upon the analysis completion, and c) a local controller provided in each unit other than the system control unit , the local controller being configured to make the light emitter provided in its unit emit light with the first common luminescent color upon receipt of a notification of the analysis initiation from the integrated controller as long as an operation state of its unit is normal, and change the light to the second common luminescent color upon receipt of a notification of the analysis completion from the integrated controller . a) a light emitter capable of emitting multicolor lights provided in a housing of each of the plurality of units ; b) an integrated controller provided in the system control unit and configured to control an operation of each unit to execute the analysis, the integrated controller being configured to notify each other unit of analysis initiation and analysis completion, make a light emitter provided in the system control unit emit light with a predetermined first common luminescent color upon the analysis initiation, and change the light to a second common luminescent color different from the first common luminescent color upon the analysis completion, and c) a local controller provided in each unit other than the system control unit , the local controller being configured to make the light emitter provided in its unit emit light with the first common luminescent color upon receipt of a notification of the analysis initiation from the integrated controller as long as an operation state of its unit is normal, and change the light to the second common luminescent color upon receipt of a notification of the analysis completion from the integrated controller .
Tube-shaped pen for the application of semi-permanent gel nail polish, comprising a tube filled with semi-permanent gel nail polish and a cap , characterized in that the tube is provided with a micro-perforated tip made of soft silicone and the tube is configured so that the application of the semi-permanent gel nail polish is obtained through a slight pressure of the tube and the consequent leakage of the nail polish through the micro-perforated tip .
A micro fluidic device comprising a support part and a cover part defining together a microchannel , said microchannel having a surface, said surface comprising: - a first area which is grafted with a first ligand, and - at least a second area which is distinct from the first area and which is grafted with a second ligand which is different from the first ligand, wherein each ligand is capable of binding to a target, the targets being different from each other. - a first area which is grafted with a first ligand, and - at least a second area which is distinct from the first area and which is grafted with a second ligand which is different from the first ligand,
Method for operating a data transfer system in which - a first data transfer device is connected to a first data line that is connected to a first data interface of a control unit (8, 38, 40, 54-60), - a second data transfer device is connected to a second data line that is connected to a second data interface of the control unit (8, 38, 40, 54-60), and - data is transferred over the first data interface , wherein transfer of data over the second data interface is prevented, wherein the first data transfer device and the second data transfer device are used by the control unit for data transfer, wherein an energy supply to the second data interface is switched off in order to prevent the transfer of data over the second data interface , and the control unit (8, 38, 40, 54-60) continues to be supplied with power after the energy supply has been switched off. - a first data transfer device is connected to a first data line that is connected to a first data interface of a control unit (8, 38, 40, 54-60), - a second data transfer device is connected to a second data line that is connected to a second data interface of the control unit (8, 38, 40, 54-60), and - data is transferred over the first data interface , wherein transfer of data over the second data interface is prevented, wherein the first data transfer device and the second data transfer device are used by the control unit for data transfer,
A pneumatic tire , comprising: a carcass layer extending between a pair of left and right bead cores ; a side protector provided on a side wall portion located on a tire outer side of the carcass layer , rising from a side profile of the tire to the tire outer side, and extending in a tire circumferential direction; a wear indicator hole provided on a surface of the side protector , extending from the surface of the side protector to a tire inner side, and serving as an indication of wear of the side protector ; and a guide recess portion provided on the surface of the side protector and extending from the surface of the side protector to the tire inner side, the guide recess portion terminating in a vicinity of the wear indicator hole , the guide recess portion separating from the wear indicator hole and, in a projection view in the tire circumferential direction perpendicular to a surface of the side wall portion, at least a portion of the guide recess portion overlapping the wear indicator hole . a carcass layer extending between a pair of left and right bead cores ; a side protector provided on a side wall portion located on a tire outer side of the carcass layer , rising from a side profile of the tire to the tire outer side, and extending in a tire circumferential direction; a wear indicator hole provided on a surface of the side protector , extending from the surface of the side protector to a tire inner side, and serving as an indication of wear of the side protector ; and a guide recess portion provided on the surface of the side protector and extending from the surface of the side protector to the tire inner side, the guide recess portion terminating in a vicinity of the wear indicator hole , the guide recess portion separating from the wear indicator hole and, in a projection view in the tire circumferential direction perpendicular to a surface of the side wall portion, at least a portion of the guide recess portion overlapping the wear indicator hole .
A tire comprising a tread portion , wherein the tread portion is provided with a block having a tread surface , the block has a block corner portion including a top portion protruding toward an outer side of the block , in a tread plan view, the block corner portion has a stepped chamfered portion formed therein in which a block height decreases stepwise from the tread surface toward the top portion , and the stepped chamfered portion includes a plurality of vertical surfaces extending in a block height direction, characterized in that the stepped chamfered portion further includes a plurality of upper surfaces substantially parallel to the tread surface , and a plurality of step corner portions each formed so as to protrude toward the outer side of the block as a result of the upper surface and the vertical surface or the vertical surface and the tread surface intersecting each other, wherein an angle (θ1) between the tread surface and a virtual straight line (n3) connecting the plurality of step corner portions in a vertical cross-sectional view, of the block corner portion , passing through the top portion is 10 to 40 degrees. the tread portion is provided with a block having a tread surface , the block has a block corner portion including a top portion protruding toward an outer side of the block , in a tread plan view, the block corner portion has a stepped chamfered portion formed therein in which a block height decreases stepwise from the tread surface toward the top portion , and the stepped chamfered portion includes a plurality of vertical surfaces extending in a block height direction, characterized in that the stepped chamfered portion further includes a plurality of upper surfaces substantially parallel to the tread surface , and a plurality of step corner portions each formed so as to protrude toward the outer side of the block as a result of the upper surface and the vertical surface or the vertical surface and the tread surface intersecting each other, wherein an angle (θ1) between the tread surface and a virtual straight line (n3) connecting the plurality of step corner portions in a vertical cross-sectional view, of the block corner portion , passing through the top portion is 10 to 40 degrees.
Method for actuating a function of a household appliance , wherein the method comprises the following steps: reading in an acoustic input signal which represents a command to actuate the function of the household appliance , which command is spoken by an operator; determining an identification string for confirming the command using the input signal ; outputting a display signal on an interface to a display device of the household appliance , wherein the display signal is designed to bring about a display of the identification string by means of the display device ; receiving an acoustic confirmation signal which represents an identification string spoken by the operator; and providing an actuating signal for actuating the function of the household appliance if the spoken identification string received in the receiving step corresponds to the identification string determined in the determination step . reading in an acoustic input signal which represents a command to actuate the function of the household appliance , which command is spoken by an operator; determining an identification string for confirming the command using the input signal ; outputting a display signal on an interface to a display device of the household appliance , wherein the display signal is designed to bring about a display of the identification string by means of the display device ; receiving an acoustic confirmation signal which represents an identification string spoken by the operator; and providing an actuating signal for actuating the function of the household appliance if the spoken identification string received in the receiving step corresponds to the identification string determined in the determination step .