mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger comprising: a plurality of heat exchange units, each of the heat exchange units including a plurality of plate fins arranged to be spaced one another at intervals so as to allow air to flow therebetween, and a plurality of flat tubes each having an L shape, the flat tubes being joined to the plate fins so that the flat tubes serve as refrigerant channels in a direction in which the plate fins are arranged, wherein the heat exchange units are combined to each other so as to form a rectangular shape, wherein, in each of the heat exchange units, the flat tubes each have a hairpin shape so that a refrigerant inlet of the flat tube is positioned on a same end side of the heat exchange unit as an end side of the heat exchange unit where a refrigerant outlet of the flat tube is positioned, wherein the refrigerant outlet of one of the plurality of flat tubes is connected to the refrigerant inlet of another one of the plurality of flat tubes by a flat U-bend , and wherein a single distributor that distributes the refrigerant to the flat tubes of the plurality of heat exchange units, and a single header that combines the refrigerant flowing from the plurality of heat exchange units are provided. a plurality of heat exchange units, each of the heat exchange units including a plurality of plate fins arranged to be spaced one another at intervals so as to allow air to flow therebetween, and a plurality of flat tubes each having an L shape, the flat tubes being joined to the plate fins so that the flat tubes serve as refrigerant channels in a direction in which the plate fins are arranged, wherein the heat exchange units are combined to each other so as to form a rectangular shape, wherein, in each of the heat exchange units, the flat tubes each have a hairpin shape so that a refrigerant inlet of the flat tube is positioned on a same end side of the heat exchange unit as an end side of the heat exchange unit where a refrigerant outlet of the flat tube is positioned, wherein the refrigerant outlet of one of the plurality of flat tubes is connected to the refrigerant inlet of another one of the plurality of flat tubes by a flat U-bend , and wherein a single distributor that distributes the refrigerant to the flat tubes of the plurality of heat exchange units, and a single header that combines the refrigerant flowing from the plurality of heat exchange units are provided.
A method for dividing a blister strip , wherein a blister strip , comprising a substrate having a plurality of depressions for drug portions and a cover layer for covering the depressions are provided; a 3D sensor device generates an image of the substrate having the depressions , wherein the image comprises depth information; a control device evaluates the image by means of image analysis, wherein during image analysis evaluation it is determined where the depressions are individually situated and which dimensions the depressions comprise, characterized in that control signals for a separating device having at least one separating means are calculated based on the arrangement and the dimensions of the depressions ; and the blister strip is, based on the control signals, divided into a plurality of blister strip parts .
A reach truck with a special structure for lithium battery, comprising a frame and a lithium battery and a controller assembly mounted on the frame ; wherein the frame comprises a bottom plate , side plates and a partition plate located on an upper side of the bottom plate , wherein the side plates are located on the left and right sides of the bottom plate and the partition plate , wherein a battery compartment for receiving the lithium battery is formed between the partition plate , the bottom plate and the side plates ; wherein a concave portion is arranged on the partition plate , wherein the controller assembly is placed at the position of the concave portion of the partition plate , wherein the shape of the lithium battery corresponds to the shape of the battery compartment, characterized in that , the reach truck with a special structure for lithium battery further comprises a multi-way valve operating assembly and a multi-way valve mounting bracket , wherein the multi-way valve mounting bracket is fixedly mounted on the partition plate , and the multi-way valve mounting bracket is suspended above the concave portion of the partition plate , wherein the multi-way valve operating assembly is mounted on the multi-way valve mounting bracket , and in that the multi-way valve mounting bracket comprises a multi-way valve mounting panel and an oil pipe fixing panel, wherein a height of the oil pipe fixing panel is lower than a height of the multi-way valve mounting panel, and baffles are arranged at the periphery of the multi-way valve mounting panel and the oil pipe fixing panel, wherein a gap for oil to flow down is provided between the multi-way valve mounting panel and the oil pipe fixing panel. the reach truck with a special structure for lithium battery further comprises a multi-way valve operating assembly and a multi-way valve mounting bracket , wherein the multi-way valve mounting bracket is fixedly mounted on the partition plate , and the multi-way valve mounting bracket is suspended above the concave portion of the partition plate , wherein the multi-way valve operating assembly is mounted on the multi-way valve mounting bracket , and in that the multi-way valve mounting bracket comprises a multi-way valve mounting panel and an oil pipe fixing panel, wherein a height of the oil pipe fixing panel is lower than a height of the multi-way valve mounting panel, and baffles are arranged at the periphery of the multi-way valve mounting panel and the oil pipe fixing panel, wherein a gap for oil to flow down is provided between the multi-way valve mounting panel and the oil pipe fixing panel.
Filter holder for coffee machine comprising: - an annular body that defines a circular seat ; - bayonet coupling means that protrude from the body to provide a bayonet coupling with a dispensing mouth of a dispensing unit of a coffee machine; - a filter (B) consisting in a basket disposed in said seat ; said basket comprising an upper collar with cylindrical shape joined to a lower hopper with conical shape, perforated with a plurality of holes; characterized in that said lower hopper protrudes under the body ; and said lower hopper has a higher height (H1) than a height (H2) of the upper collar and a coning angle (α) lower than 90°. - an annular body that defines a circular seat ; - bayonet coupling means that protrude from the body to provide a bayonet coupling with a dispensing mouth of a dispensing unit of a coffee machine; - a filter (B) consisting in a basket disposed in said seat ; said basket comprising an upper collar with cylindrical shape joined to a lower hopper with conical shape, perforated with a plurality of holes; said lower hopper protrudes under the body ; and said lower hopper has a higher height (H1) than a height (H2) of the upper collar and a coning angle (α) lower than 90°.
A nubuck-finished leather-like sheet comprising a non-woven fabric that is an entangled body of ultrafine filaments with a fineness of 2 dtex or less, and an elastic polymer that is polyurethane which is applied in the non-woven fabric, wherein the non-woven fabric includes, on one or both surfaces thereof, a napped surface having napped fibers, and the napped fibers are fixed to an acrylic resin on the napped surface while being in a state of lying down.
A stator laminate for a progressing cavity pump stator assembly comprising: a unitary planar body defining a primary, inner passage and a number of outer passages ; characterised in that said outer passages are disposed effectively adjacent said inner passage whereby said inner passage is at least partially defined by a band ; and wherein said band and outer passages comprise a flexibility assembly . a unitary planar body defining a primary, inner passage and a number of outer passages ; characterised in that said outer passages are disposed effectively adjacent said inner passage whereby said inner passage is at least partially defined by a band ; and wherein said band and outer passages comprise a flexibility assembly .
A method for optimizing a radiation treatment plan for a particular patient using a particular radiation treatment platform, the method comprising: by a control circuit: accessing optimization information for the particular patient and for the particular radiation treatment platform; generating an optimized radiation treatment plan by, at least in part, optimizing a radiation treatment plan for the particular patient using the particular radiation treatment platform by, at least in part, processing the optimization information using direct-aperture-optimization that includes fluence-based sub-optimization. accessing optimization information for the particular patient and for the particular radiation treatment platform; generating an optimized radiation treatment plan by, at least in part, optimizing a radiation treatment plan for the particular patient using the particular radiation treatment platform by, at least in part, processing the optimization information using direct-aperture-optimization that includes fluence-based sub-optimization.
A monitoring method for monitoring a winding process on a winding device , comprising the following steps: - At least partial winding of a web material , that comprises a plastic film, to form a winding , - detection of at least one irregularity of the web material , - determination of a correlation of the irregularity to at least one running parameter of the winding , wherein the running parameter comprises the actual wound length of the web material on the winding up to the occurrence of the irregularity , - provision of the correlation of the irregularity of the web material to the running parameter of the winding for an unwinding process, wherein the running parameter is determined by detection of a preferred parameter (51.1) of the web material , wherein the preferred parameter (51.1) comprises the speed at the preference, wherein the preference is a part of a drive means which acts on the web material , in order to allow an advancing of the web material . - At least partial winding of a web material , that comprises a plastic film, to form a winding , - detection of at least one irregularity of the web material , - determination of a correlation of the irregularity to at least one running parameter of the winding , wherein the running parameter comprises the actual wound length of the web material on the winding up to the occurrence of the irregularity , - provision of the correlation of the irregularity of the web material to the running parameter of the winding for an unwinding process, - determination of a correlation of the irregularity to at least one running parameter of the winding , wherein the running parameter comprises the actual wound length of the web material on the winding up to the occurrence of the irregularity , - provision of the correlation of the irregularity of the web material to the running parameter of the winding for an unwinding process, wherein the running parameter is determined by detection of a preferred parameter (51.1) of the web material , wherein the preferred parameter (51.1) comprises the speed at the preference, wherein the preference is a part of a drive means which acts on the web material , in order to allow an advancing of the web material .
Device for depositing and/or dispensing at least banknotes having a first denomination, banknotes having a second denomination, banknotes having a third denomination and banknotes having a fourth denomination, comprising at least one input and/or output unit for inputting the banknotes to be deposited and/or for outputting the banknotes to be dispensed, a reading unit , with the aid of which at least the denomination of each banknote to be deposited or dispensed is determinable, comprising a first banknote receiving unit , a second banknote receiving unit and at least one third banknote receiving unit for receiving the banknotes , and comprising at least one transport unit for transporting banknotes between the input and/or output unit and the banknote receiving units (12a to 12d), characterized in that the transport unit feeds only banknotes having the first denomination and banknotes having the second denomination to the first banknote receiving unit , only banknotes having the second denomination and banknotes having a third denomination to the second banknote receiving unit and only banknotes having the third denomination and banknotes having a fourth denomination to the third banknote receiving unit .
Photovoltaic module comprising an electrical connector of a first type arranged so as to be able to cooperate with an electrical connector of a second type of a first adjacent photovoltaic module to establish an electrical connection between the photovoltaic modules , comprising a rotary element , the rotation of which produces the switchover of the electrical connector of the first type from an active configuration in which the electrical connector of the first type makes it possible to establish an electrical link between the photovoltaic modules to an inactive configuration in which the possibility of establishing the electrical link is disabled, characterized in that the rotary element consists of a mobile part of the electrical connector of the first type mounted to pivot such that the switchover of the electrical connector of the first type from one configuration to the other is effected by a pivoting movement (F1) of its mobile part over a given angular travel, the active configuration corresponding to a first angular position of the mobile part in which an electrical connection is established between the photovoltaic module and the electrical connector of the first type and the inactive configuration corresponding to a second angular position of the mobile part in which said electrical connection is not established.
A process for treating crystalline silicon dioxide, comprising the step of grinding a crystalline silicon dioxide together with from 0.05 to 1.00% by weight of a substance selected from the group consisting of polyhydric alcohols, aluminum alcoholates, kaolin, and mixtures thereof.
A control system configured for controlling a plurality of distributed controllable devices in a space, said devices being assigned corresponding identifiers (ID1, ID2, ID3) and being configured for transmitting corresponding identification signals comprising distinguishable identifiers of said distributed controllable devices, said control system being a portable device comprising: - a display configured to display control items (C1, C2, C3) configured for enabling control of said distributed controllable devices, and - a receiver configured to wirelessly receive said identification signals comprising said identifiers, wherein said receiver is configured for receiving positions of said distributed controllable devices; wherein the control system is configured for determining the relative positions of the distributed controllable devices in a receiving field of the receiver; wherein said control system is configured to pair said control items to said identified distributed controllable devices and to assign positions of said control items on said display to said distributed controllable devices identified by means of said received identifiers, wherein the control items are positioned on the display in accordance with the determined relative positions of the distributed controllable devices; wherein said control system comprises an image sensor for visually registering said controllable devices to obtain a scene image , wherein said control system is configured to combine said scene image and said control items on said display; and wherein said control system is configured such that if the image sensor moves to register a different part of the space, the displayed control items change accordingly. - a display configured to display control items (C1, C2, C3) configured for enabling control of said distributed controllable devices, and - a receiver configured to wirelessly receive said identification signals comprising said identifiers, wherein said receiver is configured for receiving positions of said distributed controllable devices; wherein the control system is configured for determining the relative positions of the distributed controllable devices in a receiving field of the receiver; wherein said control system is configured to pair said control items to said identified distributed controllable devices and to assign positions of said control items on said display to said distributed controllable devices identified by means of said received identifiers, wherein the control items are positioned on the display in accordance with the determined relative positions of the distributed controllable devices; wherein said control system comprises an image sensor for visually registering said controllable devices to obtain a scene image , wherein said control system is configured to combine said scene image and said control items on said display; and wherein said control system is configured such that if the image sensor moves to register a different part of the space, the displayed control items change accordingly.
A display device comprising: a light-emitting element disposed on a substrate ; an encapsulation unit disposed on the light-emitting element; a plurality of touch sensors disposed on the encapsulation unit; and a plurality of routing lines connected to the plurality of touch sensors, wherein the plurality of routing lines are disposed on different planes so as to overlap each other and are electrically connected to each other through a plurality of routing contact holes ; wherein the plurality of routing lines comprises lower and upper routing lines, characterised in that the plurality of routing lines are on a side surface of the encapsulation unit. a light-emitting element disposed on a substrate ; an encapsulation unit disposed on the light-emitting element; a plurality of touch sensors disposed on the encapsulation unit; and a plurality of routing lines connected to the plurality of touch sensors, wherein the plurality of routing lines are disposed on different planes so as to overlap each other and are electrically connected to each other through a plurality of routing contact holes ; wherein the plurality of routing lines comprises lower and upper routing lines, characterised in that the plurality of routing lines are on a side surface of the encapsulation unit.
Pulse inverter , having an input circuit that is designed to provide an input DC voltage between a high-side input and a low-side input , wherein the input circuit has a first high-side stray capacitance , a first low-side stray capacitance , a first high-side stray inductance and a first low-side stray inductance ; a busbar arrangement that is designed to electrically connect the high-side input to a high-side terminal and to electrically connect the low-side input to a low-side terminal , wherein the busbar arrangement has a second high-side stray capacitance , a second low-side stray capacitance , a second high-side stray inductance and a second low-side stray inductance ; and an n-phase inverter module , n>1, which is electrically coupled to the high-side terminal and the low-side terminal and is designed to convert the input DC voltage into an n-phase output AC voltage , wherein the inverter module has a third high-side stray capacitance , a third low-side stray capacitance , a third high-side stray inductance and a third low-side stray inductance ; characterized in that the differences between at least two of the first, second or third high-side stray capacitance and the corresponding low-side stray capacitance are other than zero and/or the differences between at least two of the first, second or third high-side stray inductance and the corresponding low-side stray inductance are other than zero; and wherein the sum of the first, the second and the third high-side stray capacitance is substantially equal to the sum of the first, the second and the third low-side stray capacitance and the sum of the first, the second and the third high-side stray inductance is substantially equal to the sum of the first, the second and the third low-side stray inductance .
Method of manufacturing an expansion vessel comprising a housing and a membrane which divides the housing in two volumes, the method comprising: - providing the housing , - providing a membrane comprising a thermoplastic material, - providing a mould having a non-flat form, - providing a vacuum/blowing device which is constructed to deform the membrane according to the shape of the mould by providing an overpressure or underpressure on one side of the membrane, - providing a heating device which is configured for providing heat to the membrane during the vacuum/blow moulding process, the method comprising the further steps of: - deforming the membrane with the vacuum/blowing device according to the shape of the mould, while providing heat to the membrane with the heating device, thereby allowing the thermoplastic material to deform plastically, - cooling the deformed membrane to below the temperature wherein the thermoplastic material deforms, thereby forming the thermoplastic material in a non-flat form according to the shape of the mould, and - connecting the membrane directly or indirectly to the housing of the expansion vessel, wherein the method comprises using the housing or a part of the housing of the expansion vessel as the mould. - providing the housing , - providing a membrane comprising a thermoplastic material, - providing a mould having a non-flat form, - providing a vacuum/blowing device which is constructed to deform the membrane according to the shape of the mould by providing an overpressure or underpressure on one side of the membrane, - providing a heating device which is configured for providing heat to the membrane during the vacuum/blow moulding process, the method comprising the further steps of: - deforming the membrane with the vacuum/blowing device according to the shape of the mould, while providing heat to the membrane with the heating device, thereby allowing the thermoplastic material to deform plastically, - cooling the deformed membrane to below the temperature wherein the thermoplastic material deforms, thereby forming the thermoplastic material in a non-flat form according to the shape of the mould, and - connecting the membrane directly or indirectly to the housing of the expansion vessel, - deforming the membrane with the vacuum/blowing device according to the shape of the mould, while providing heat to the membrane with the heating device, thereby allowing the thermoplastic material to deform plastically, - cooling the deformed membrane to below the temperature wherein the thermoplastic material deforms, thereby forming the thermoplastic material in a non-flat form according to the shape of the mould, and - connecting the membrane directly or indirectly to the housing of the expansion vessel, wherein the method comprises using the housing or a part of the housing of the expansion vessel as the mould.