mhurhangee/ep-ind-claims huggingface dataset:
An electro-hydraulic brake assembly comprising: a hydraulic control unit body including a top surface, a bottom surface opposite the top surface, a side surface, and a front surface, with the side surface and the front surface extending perpendicular to the top surface, the bottom surface, and to one another, the HCU body defining a pressure supply bore and a master cylinder bore; a fluid reservoir disposed on the top surface of the HCU body; an electronic control unit coupled to the front surface; a primary piston slidably disposed in the master cylinder bore and configured to supply brake fluid to a wheel brake in response to pressing of a brake pedal; and a pressure supply unit including a pressure supply piston disposed within the pressure supply bore, and a motor having a motor shaft configured to cause the pressure supply piston to translate linearly through the pressure supply bore; wherein the master cylinder bore is defined in the side surface; and characterized in that the motor is located on the bottom surface of the HCU body, wherein the motor shaft extends perpendicularly to the bottom surface of the HCU body. a hydraulic control unit body including a top surface, a bottom surface opposite the top surface, a side surface, and a front surface, with the side surface and the front surface extending perpendicular to the top surface, the bottom surface, and to one another, the HCU body defining a pressure supply bore and a master cylinder bore; a fluid reservoir disposed on the top surface of the HCU body; an electronic control unit coupled to the front surface; a primary piston slidably disposed in the master cylinder bore and configured to supply brake fluid to a wheel brake in response to pressing of a brake pedal; and a pressure supply unit including a pressure supply piston disposed within the pressure supply bore, and a motor having a motor shaft configured to cause the pressure supply piston to translate linearly through the pressure supply bore; wherein the master cylinder bore is defined in the side surface; and characterized in that the motor is located on the bottom surface of the HCU body, wherein the motor shaft extends perpendicularly to the bottom surface of the HCU body.
A head-mounted device, comprising: a head-mounted housing, a positive bias lens and a negative bias lens that are supported by the head-mounted housing; a waveguide between the positive bias lens and the negative bias lens; and an eye sensor configured to monitor an eye box through the negative bias lens. a head-mounted housing, a positive bias lens and a negative bias lens that are supported by the head-mounted housing; a waveguide between the positive bias lens and the negative bias lens; and an eye sensor configured to monitor an eye box through the negative bias lens.
Tumble disc bearing, comprising: - a tumble disc for axially bearing a rotating anode of an X-ray source charcterised in that it further comprises: - a mounting component for supporting the tumble disc; wherein the mounting component comprises: - an inner mounting face for attaching to a support structure (194, 204); and - an outer supporting face; wherein the tumble disc comprises: - an inner supporting face matching the outer supporting face; wherein the mounting component is supported in the tumble disc at a tumble position in which the inner supporting face matches the outer supporting face such that the tumble disc is enabled to perform a tumble motion in all directions in relation to the mounting component; wherein the mounting component is adapted to be inserted in an inserting position traverse to the tumble position into the tumble disc; wherein at least one recess (110, 610) at the tumble disc is provided for inserting at least one catch (150, 650) in an axial direction of an anode rotation axis and for engaging with the at least one catch (150, 650) to fixate the tumble disc against a rotational movement in relation to the support structure (194, 204) while maintaining the tumble motion of the tumble disc. - a tumble disc for axially bearing a rotating anode of an X-ray source charcterised in that it further comprises: - a mounting component for supporting the tumble disc; wherein the mounting component comprises: - an inner mounting face for attaching to a support structure (194, 204); and - an outer supporting face; wherein the tumble disc comprises: - an inner supporting face matching the outer supporting face;
A method for a computer-aided verifying of an installation element for an installation environment, the method comprising the following steps: Verifying a suitability of the installation element for an installation in the installation environment based on a compatibility assessment of at least one property of the installation element in relation to at least one property of the installation environment; Generating at least one installation information based on a result of the verifying to assist a user during installation; and Initiating an output of the generated at least one installation information for the user, characterized in that the method comprises the following further step when verifying the suitability: Checking a compliance with at least one reference and/or limit value for the at least one property of the installation element, wherein the following steps are carried out if a deviation of the at least one property of the installation element from the at least one reference and/or limit value is detected: Simulating a negative effect of the deviation in order to specify a further installation element, the use of which neutralizes the negative effect; Generating an output of the at least one installation information as a function of a result of the simulation, wherein a list of suitable installation elements for the installation environment is output. Verifying a suitability of the installation element for an installation in the installation environment based on a compatibility assessment of at least one property of the installation element in relation to at least one property of the installation environment; Generating at least one installation information based on a result of the verifying to assist a user during installation; and Initiating an output of the generated at least one installation information for the user, characterized in that the method comprises the following further step when verifying the suitability: Checking a compliance with at least one reference and/or limit value for the at least one property of the installation element, wherein the following steps are carried out if a deviation of the at least one property of the installation element from the at least one reference and/or limit value is detected: Simulating a negative effect of the deviation in order to specify a further installation element, the use of which neutralizes the negative effect; Generating an output of the at least one installation information as a function of a result of the simulation, wherein a list of suitable installation elements for the installation environment is output. Simulating a negative effect of the deviation in order to specify a further installation element, the use of which neutralizes the negative effect; Generating an output of the at least one installation information as a function of a result of the simulation, wherein a list of suitable installation elements for the installation environment is output.
A light emitter board, comprising: a substrate having a mount surface on which a first light emitter and a second light emitter of a pixel unit are mountable; at least one pixel unit on the mount surface, the at least one pixel unit including a drive circuit, a first drive line, and a second drive line, the first drive line and the second drive line being connected in parallel to each other to the drive circuit, the first drive line inputting a drive signal into the first light emitter and being a constant line to constantly drive the first light emitter, the second drive line inputting the drive signal into the second light emitter and being a redundant line to redundantly drive the second light emitter; a first positive electrode pad and a first negative electrode pad on the mount surface, the first positive electrode pad and the first negative electrode pad being connectable to the first light emitter, one of the first positive electrode pad or the first negative electrode pad being connected to the first drive line;and a second positive electrode pad and a second negative electrode pad on the mount surface, the second positive electrode pad and the second negative electrode pad being connectable to the second light emitter, one of the second positive electrode pad or the second negative electrode pad being connected to the second drive line; characterized in that the second positive electrode pad has a greater area than the first positive electrode pad and/or the second negative electrode pad has a greater area than the first negative electrode pad. a substrate having a mount surface on which a first light emitter and a second light emitter of a pixel unit are mountable; at least one pixel unit on the mount surface, the at least one pixel unit including a drive circuit, a first drive line, and a second drive line, the first drive line and the second drive line being connected in parallel to each other to the drive circuit, the first drive line inputting a drive signal into the first light emitter and being a constant line to constantly drive the first light emitter, the second drive line inputting the drive signal into the second light emitter and being a redundant line to redundantly drive the second light emitter; a first positive electrode pad and a first negative electrode pad on the mount surface, the first positive electrode pad and the first negative electrode pad being connectable to the first light emitter, one of the first positive electrode pad or the first negative electrode pad being connected to the first drive line;and a second positive electrode pad and a second negative electrode pad on the mount surface, the second positive electrode pad and the second negative electrode pad being connectable to the second light emitter, one of the second positive electrode pad or the second negative electrode pad being connected to the second drive line; characterized in that the second positive electrode pad has a greater area than the first positive electrode pad and/or the second negative electrode pad has a greater area than the first negative electrode pad.
An electric power tool comprising: a motor configured to rotationally drive a rotational shaft on which a tool element can be mounted; a current detection unit (26, 40) configured to detect a motor current flowing through the motor; an operating portion configured to be operated to input a command for driving the motor; a current threshold setting unit configured to set a current threshold which is an upper limit of the motor current, in accordance with a predetermined set torque; and a control unit (24, 28, 40) configured to drive the motor in accordance with an amount of operation of the operating portion, and to stop driving of the motor when the motor current detected by the current detection unit (26, 40) reaches the current threshold set by the current threshold setting unit, characterised in that the current threshold setting unit is further configured to set the current threshold so as to gradually increase to a maximum value of the current threshold larger than a constant value and then gradually decrease until a predetermined period of time elapses since the control unit (24, 28, 40) has started driving of the motor, and to, when the predetermined period of time has elapsed, maintain the current threshold at the constant value, the constant value corresponding to the set torque. a motor configured to rotationally drive a rotational shaft on which a tool element can be mounted; a current detection unit (26, 40) configured to detect a motor current flowing through the motor; an operating portion configured to be operated to input a command for driving the motor; a current threshold setting unit configured to set a current threshold which is an upper limit of the motor current, in accordance with a predetermined set torque; and a control unit (24, 28, 40) configured to drive the motor in accordance with an amount of operation of the operating portion, and to stop driving of the motor when the motor current detected by the current detection unit (26, 40) reaches the current threshold set by the current threshold setting unit,
A honeycomb structured body in which a plurality of porous ceramic members are combined with one another by interposing an adhesive layer, each of the porous ceramic members having a plurality of cells placed in parallel with one another in a longitudinal direction with a cell wall therebetween and an outer edge wall on the outer edge surface thereof, the thickness of said outer edge wall of said porous ceramic member being greater than the thickness of said cell wall, wherein each of said porous ceramic members has a filling body which is provided so as to fill in at least one corner portion of at least one outermost cell of the porous ceramic members, and said filling body is provided at a corner portion constituted by said outer edge wall, and a corner portion constituted by said outer edge wall and said cell wall.
A concatenated ground run-up enclosure structure comprising at least first and second ground run-up enclosures; each ground run-up enclosure comprising: — one jet blast deflector; and — at least one double-sided noise barrier; wherein, said double-sided noise barrier comprises a support structure formed by two side surfaces and provided with a plurality of sound insulating plates; wherein at least one sound insulating plate is mounted in each side surface of the support structure, forming a sound absorbing space ahead of each side surface; and wherein, a ground run-up enclosure is comprised by one back barrier and at least one lateral barrier, each of the at least one lateral barrier extending in a direction and arranged in such a way in relation to one of the ends of the back barrier; the angle formed between the lateral barrier and the back barrier being at least 90°; and wherein at least one of the barriers of each ground run-up enclosure is a double-sided noise barrier; the structure being characterized in that a free end of a lateral double-sided noise barrier of a first ground run-up enclosure is connected to an end of a back barrier or of a back double-sided noise barrier of a second ground run-up enclosure. — one jet blast deflector; and — at least one double-sided noise barrier; said double-sided noise barrier comprises a support structure formed by two side surfaces and provided with a plurality of sound insulating plates; wherein at least one sound insulating plate is mounted in each side surface of the support structure, forming a sound absorbing space ahead of each side surface; and wherein, a ground run-up enclosure is comprised by one back barrier and at least one lateral barrier, each of the at least one lateral barrier extending in a direction and arranged in such a way in relation to one of the ends of the back barrier; the angle formed between the lateral barrier and the back barrier being at least 90°; and wherein at least one of the barriers of each ground run-up enclosure is a double-sided noise barrier; the structure being characterized in that a free end of a lateral double-sided noise barrier of a first ground run-up enclosure is connected to an end of a back barrier or of a back double-sided noise barrier of a second ground run-up enclosure.
A method for determining the position of a target, the method comprising the steps of: - measuring with a range and direction measuring device the position of at least one reference object relative to the position of the range and direction measuring device; - presenting a geo-referenced three-dimensional map to a user, and in response, i. receiving user input on angle of view and adjusting the angle of view on the geo-referenced three-dimensional map correspondingly, and ii. receiving user input marking the at least one reference object thereon, so as to obtain a geo-referenced position of the at least one reference object; - measuring with the range and direction measuring device the position of the target relative to the position of the range and direction measuring device; and - calculating a geo-referenced position of the target based on the measured position of the at least one reference object relative to the position of the range and direction measuring device, based on the measured position of the target relative to the position of the range and direction measuring device, and based on the obtained geo-referenced position of the at least one reference object. - measuring with a range and direction measuring device the position of at least one reference object relative to the position of the range and direction measuring device; - presenting a geo-referenced three-dimensional map to a user, and in response, i. receiving user input on angle of view and adjusting the angle of view on the geo-referenced three-dimensional map correspondingly, and ii. receiving user input marking the at least one reference object thereon, so as to obtain a geo-referenced position of the at least one reference object; i. receiving user input on angle of view and adjusting the angle of view on the geo-referenced three-dimensional map correspondingly, and ii. receiving user input marking the at least one reference object thereon, so as to obtain a geo-referenced position of the at least one reference object; - measuring with the range and direction measuring device the position of the target relative to the position of the range and direction measuring device; and - calculating a geo-referenced position of the target based on the measured position of the at least one reference object relative to the position of the range and direction measuring device, based on the measured position of the target relative to the position of the range and direction measuring device, and based on the obtained geo-referenced position of the at least one reference object.
A packaging article comprising: a plurality of connected outer pouches, each of the outer pouches (100a - 100d) made of an outer pouch material, and each of the outer pouch comprising one or more sealed outer pouch edges (120a - 120d) and one or more outer pouch open edges, wherein at least one of the one or more sealed edges is sealed with a seal that is shared between two adjacent sealed outer pouch edges, each outer pouch comprising an interior and an exterior; and at least one inner pouch, each at least one inner pouch located substantially within an interior of an outer pouch and made of an inner pouch material, the inner pouch comprising: at least one sealed inner pouch edge; and at least one open inner pouch edge, the open inner pouch edge being aligned to open towards the open outer pouch edge; wherein the outer pouch material comprises a film having oxygen and water barrier properties; wherein at least one of the inner pouches contains a microarray device, the microarray device comprising: a microneedle patch comprising a backing having a first major surface, a second major surface, and one or more microneedles protruding from the first major surface of the backing; and a microneedle holder that holds the microneedle array backing a plurality of connected outer pouches, each of the outer pouches (100a - 100d) made of an outer pouch material, and each of the outer pouch comprising one or more sealed outer pouch edges (120a - 120d) and one or more outer pouch open edges, wherein at least one of the one or more sealed edges is sealed with a seal that is shared between two adjacent sealed outer pouch edges, each outer pouch comprising an interior and an exterior; and at least one inner pouch, each at least one inner pouch located substantially within an interior of an outer pouch and made of an inner pouch material, the inner pouch comprising: at least one sealed inner pouch edge; and at least one open inner pouch edge, the open inner pouch edge being aligned to open towards the open outer pouch edge; at least one sealed inner pouch edge; and at least one open inner pouch edge, the open inner pouch edge being aligned to open towards the open outer pouch edge; wherein the outer pouch material comprises a film having oxygen and water barrier properties; wherein at least one of the inner pouches contains a microarray device, the microarray device comprising: a microneedle patch comprising a backing having a first major surface, a second major surface, and one or more microneedles protruding from the first major surface of the backing; and a microneedle holder that holds the microneedle array backing a microneedle patch comprising a backing having a first major surface, a second major surface, and one or more microneedles protruding from the first major surface of the backing; and a microneedle holder that holds the microneedle array backing
Dialysis device comprising: • a prescriber interface; • programming means configured to allow a prescriber, via the prescriber interface, to input a set of therapeutic objectives, to define a treatment and to define rules forming basis for at least one treatment alternative; • a condition-determining means that is configured to measure clinical or therapeutic parameters during an ongoing treatment session or resulting from a treatment session; • re-evaluation means by which it is possible to automatically determine and suggest to the patient at least one treatment alternative based on the measured parameter, which is the most appropriate to the patient requirements and which allows achieving the set of therapeutic objectives; • a patient interface; and • modification means configured to allow the patient, via the patient interface, to modify the treatment by selecting one of the at least one treatment alternative. • a prescriber interface; • programming means configured to allow a prescriber, via the prescriber interface, to input a set of therapeutic objectives, to define a treatment and to define rules forming basis for at least one treatment alternative; • a condition-determining means that is configured to measure clinical or therapeutic parameters during an ongoing treatment session or resulting from a treatment session; • re-evaluation means by which it is possible to automatically determine and suggest to the patient at least one treatment alternative based on the measured parameter, which is the most appropriate to the patient requirements and which allows achieving the set of therapeutic objectives; • a patient interface; and • modification means configured to allow the patient, via the patient interface, to modify the treatment by selecting one of the at least one treatment alternative.
A polyether-based urethane foam impregnated with a cosmetic composition, wherein the polyether-based urethane foam has a reticulated open-cell structure and a density of 16.02 to 48.06 kg/m3 (density of 1 to 3 pcf).