mhurhangee/ep-ind-claims huggingface dataset:
A safety switch comprising a transverse cam (36,136), and a sliding cam (14,141) which acts on the transverse cam (36,136) to move it from a first position in which said transverse cam (36,136) enables a power supply to a second position in which said transverse cam acts to cut said power supply, wherein said sliding cam (14,141) has connecting means (10,12) to connect to a cable, tension means to provide a predetermined tension in a connected cable and moving means (9,10) to move said sliding cam (14,141) when said applied predetermined tension varies, and wherein said sliding cam (14,141) is moveable along a first direction and said transverse cam (36,136) movement is along a second direction transversely disposed to said first direction, characterised in that the switch further comprises means (48,50,78,64,66) to releasably retain the transverse cam (36,136) in said first and/or second position, and the means to retain comprises at least one fixed structure comprising at least one detent (48,50) and a spring loaded plunger, the detent being carried on a surface of the transverse cam (36,136), with the spring loaded plunger being adapted to be releasably retained in the detent (48,50).
A field effect gas sensor for detection of at least one non-hydrogen containing substance in a gas comprising hydrogen or hydrogen-containing substances, said field effect gas sensor comprising: - a semiconductor layer (2, 3) having a surface; - at least one ohmic contact contacting said semiconductor (2, 3); - a first electron insulating layer covering at least a part of said surface of said semiconductor layer (2, 3); - a second insulating layer contacting at least one of said first electron insulating layer and said semiconductor layer (2, 3); - at least one electrical contact contacting said second insulating layer and comprising a conducting, semi-conducting and/or ion conducting layer; wherein said field effect gas sensor is configured so interaction of said at least one non-hydrogen containing substance with at least part of said at least one electrical contact affects the work function of said conducting, semi-conducting and/or ion conducting layer and/or the electric field in said semiconductor layer in such way that the current-voltage (I-V) or the capacitance-voltage (C-V) characteristics of said field effect gas sensor are changed, wherein said change in I-V or C-V characteristics provide information about the presence of said at least one non-hydrogen containing substance in said gas, characterized in that the second insulating layer comprises MgO. - a semiconductor layer (2, 3) having a surface; - at least one ohmic contact contacting said semiconductor (2, 3); - a first electron insulating layer covering at least a part of said surface of said semiconductor layer (2, 3); - a second insulating layer contacting at least one of said first electron insulating layer and said semiconductor layer (2, 3); - at least one electrical contact contacting said second insulating layer and comprising a conducting, semi-conducting and/or ion conducting layer;
Cleaner cartridge for cleaning an interior of a soiled interior of a steamer or oven, comprising: - an integral housing for holding a treatment agent, - at least one receptacle for connecting the cleaner cartridge to a water supply, wherein water can be introduced into the housing via the receptacle at a pressure which enables a treatment agent mixture to be sprayed, and - at least one spray opening for spraying a treatment agent mixture, wherein the at least one spray opening is arranged as a rotation opening in the circumference of the housing in such a way that rotation is imparted to the cleaner cartridge as the treatment agent mixture is sprayed, characterized in that the cleaner cartridge is designed as a disposable cartridge which stores a sufficient quantity of treatment agent for at least one cleaning operation. - an integral housing for holding a treatment agent, - at least one receptacle for connecting the cleaner cartridge to a water supply, wherein water can be introduced into the housing via the receptacle at a pressure which enables a treatment agent mixture to be sprayed, and - at least one spray opening for spraying a treatment agent mixture, wherein the at least one spray opening is arranged as a rotation opening in the circumference of the housing in such a way that rotation is imparted to the cleaner cartridge as the treatment agent mixture is sprayed, characterized in that
Use of a sealing element for the dynamic sealing of a seal-requiring component in the presence of a lubricant, where the sealing element has an elastomeric body and a plasma coating, where the coating comprises the elements carbon, oxygen, silicon, hydrogen and optionally fluorine, where the coating has the following properties at least at the surface: the atomic ratio C: Si (at%/at%) is > 5 the atomic ratio O: Si (at%/at%) is > 3, and the surface energy is < 50 mN/m, where the molar amounts at the surface are ascertained by means of X-ray photoelectron spectroscopy. the atomic ratio C: Si (at%/at%) is > 5 the atomic ratio O: Si (at%/at%) is > 3, and the surface energy is < 50 mN/m, where the molar amounts at the surface are ascertained by means of X-ray photoelectron spectroscopy.
Internal combustion engine, in particular diesel engine, in particular of a motor vehicle, having at least two working cylinders and having a cylinder head which closes off the working cylinders and in which there is arranged one fuel injection device for each working cylinder, wherein, for in each case at least two fuel injection devices, one clamping claw with at least two arms is provided such that in each case one arm of the clamping claw acts on one fuel injection device and pushes the respective fuel injection device with a predetermined force against a seat in the cylinder head, wherein a fastening means (12; 36) is provided which fastens the clamping claw to the cylinder head, characterized in that the arms of the clamping claw and/or the fastening means (12; 36) are/is designed such that, above the predetermined force for the pressing of the fuel injection devices against the respective seat in the cylinder head, the arms of the clamping claw and/or the fastening means (12; 36) undergo a plastic deformation.
Method for improving output of data from a remote gateway at a mobile device of a mobile communication network via a thin client application, characterized in that when installing the thin client application on the mobile device, device capability information is included within the thin client application for subsequent transmission of the device capability information within signals from the thin client application on the mobile device to the remote gateway.
A fuel cell system comprising: a fuel cell module for generating electrical energy by electrochemical reactions of a fuel gas and an oxygen-containing gas; and a condenser for condensing water vapor in an exhaust gas discharged from the fuel cell module by heat exchange between the exhaust gas and a coolant to collect the condensed water and supplying the collected condensed water to the fuel cell module, wherein the condenser includes an air cooling condensing mechanism using the oxygen-containing gas as the coolant; and the air cooling condensing mechanism includes a thermoelectric converter for performing thermoelectric conversion by a temperature difference between the exhaust gas and the oxygen-containing gas. a fuel cell module for generating electrical energy by electrochemical reactions of a fuel gas and an oxygen-containing gas; and a condenser for condensing water vapor in an exhaust gas discharged from the fuel cell module by heat exchange between the exhaust gas and a coolant to collect the condensed water and supplying the collected condensed water to the fuel cell module, wherein the condenser includes an air cooling condensing mechanism using the oxygen-containing gas as the coolant; and the air cooling condensing mechanism includes a thermoelectric converter for performing thermoelectric conversion by a temperature difference between the exhaust gas and the oxygen-containing gas.
Control device (30, 30.1) for an electrical system (18, 20, 22, 24, 26, 32) arranged in a power supply network (8, 10, 12, 14, 14.1, 14.2) for controlling an electrical separation of an electrical connection between the electrical device (18, 20, 22, 24, 26, 32) and the power supply network (8, 10, 12, 14, 14.1, 14.2), comprising at least one detection unit configured to detect at least one first separation condition, wherein the control device (30, 30.1) further comprises: - at least one control unit configured to determine a first separation delay time period after detection of the first separation condition, - wherein the first separation delay time period is a random time period, and - wherein the control device is configured to cause an electrical separation of the electrical connection between the electrical device (18, 20, 22, 24, 26, 32) and the power supply network (8,10,12,14, 14.1, 14.2) at the earliest after the expiration of the first separation delay time period, characterized in that - the detection unit is configured to detect at least one second separation condition after the first separation delay time period has elapsed, - the control unit is configured to cause an electrical separation only in the case of a positive detection result, - the control unit is configured to determine at least one further separation delay time period in the case of a negative detection result, and - the control device is configured to cause an electrical separation at the earliest after the expiration of the further separation delay time period. - at least one control unit configured to determine a first separation delay time period after detection of the first separation condition, - wherein the first separation delay time period is a random time period, and - wherein the control device is configured to cause an electrical separation of the electrical connection between the electrical device (18, 20, 22, 24, 26, 32) and the power supply network (8,10,12,14, 14.1, 14.2) at the earliest after the expiration of the first separation delay time period, characterized in that - the detection unit is configured to detect at least one second separation condition after the first separation delay time period has elapsed, - the control unit is configured to cause an electrical separation only in the case of a positive detection result, - the control unit is configured to determine at least one further separation delay time period in the case of a negative detection result, and - the control device is configured to cause an electrical separation at the earliest after the expiration of the further separation delay time period.
Device (10-1, 10-2, 10-3, 10-4) for measuring the angle of rotation of two rotating objects rotating relative to each other about a rotational axis, comprising a light source, with a polarizer, wherein the light source and the polarizer rotate relative to one another in dependence of the rotation angle, and with a receiver (20, 20-1, 20-2, 20-3, 20-4), which measures reflected light intensity through the polarizer to produce a rotation angle-dependent signal, wherein the receiver (20, 20-1, 20-2, 20-3, 20-4) comprises at least a first receiving element (e), and wherein either the emitted light of the light source is polarized or is getting polarized and / or wherein a polarizing filter is arranged in front of the first reception element (e) with a first polarization direction, wherein at least one shadow-casting element (22-1, 22-2, 22-3, 22-4) is arranged in front of the receiver (20, 20-1, 20-2, 20-3, 20 -4), in that the receiver (20, 20-1, 20-2, 20-3, 20-4) comprises at least a quadrant diode, and in that means for varying the position and / or the shape of the shadow are provided on the receiver over a rotation through 360 °, characterized in that the means are realized in that the polarizer is formed as a disc with a normal, wherein the normal of the disc is arranged in an angle (α) different from 0° to the rotational axis.
A multi-planar taper lock screw comprising a screw with a spherically configured screw head, an inner housing and an outer housing slidable proximally and distally over the inner housing, the inner housing configured pivotably to contain the spherically configured screw head and a removable connecting rod above the head, characterized in that the outer housing is adapted to be selectively positioned by limited proximal sliding to lock only the screw head in position while permitting a sliding and rotating motion of the connecting rod about its long axis within the inner housing, and is adapted to be selectively positioned by continued proximal sliding to fully lock the screw head and the connecting rod in position within the inner housing.
An implant for mutually supporting the spinous processes of adjacent vertebral bodies comprising a first implant component and a second implant component, wherein the implant is transferable by moving the second implant component relative to the first implant component along a spreading direction from an introduction position, in which the implant is introducible between an upper spinous process of an upper vertebral body and a lower spinous process of a lower vertebral body, into a spread position, in which an upper supporting surface for the upper spinous process that is formed by the implant and a lower supporting surface for the lower spinous process that is formed by the implant have a greater spacing relative to each other than in the introduction position, and comprising a locking device incorporating a locking element wherein the locking element is transferable relative to at least one implant component (12, 14) along a locking direction oriented transversely to the spreading direction from a release position, in which the second implant component is movable relative to the first implant component in a direction opposed to the spreading direction, into a locking position in which the second implant component is locked to the first implant component against a movement that is directed counter to the spreading direction, and also comprising a securing device for securing the locking element against a movement that is directed counter to the locking direction, characterized in that the securing device comprises at least one first securing member (50, 51) and also at least one second securing member (55, 56) which, following adoption of the locking position by the locking element, are transferable relative to one another in a securing direction that is directed transversely relative to the locking direction from an unsecured position, in which the at least one first securing member (50, 51) and the at least one second securing member (55, 56) do not co-operate, into a secured position in which the at least one first securing member (50, 51) and the at least one second securing member (55, 56) co-operate for securing the locking element, in that the locking element comprises the at least one first securing member (50, 51) and an implant component (12, 14) comprises the at least one second securing member (55, 56), and in that the at least one first securing member (50, 51) and the at least one second securing member (55, 56) are biased relative to each other along the securing direction in the unsecured position.
Mascara brush component comprising: - a body comprising a cylindrical sleeve extending in a longitudinal direction, and comprising an outer surface, - at least one row of at least ten application members (13; 13 1,..., 13 i, 13 40) each extending between a first end connected to the body and a free second end at a distance from the body, the application members of said row defining on average an application plane, characterised in that the longitudinal direction subtends a non-zero angle with the application plane that is between 2° and 30°, and preferably between 2° and 15°. - a body comprising a cylindrical sleeve extending in a longitudinal direction, and comprising an outer surface, - at least one row of at least ten application members (13; 13 1,..., 13 i, 13 40) each extending between a first end connected to the body and a free second end at a distance from the body, the application members of said row defining on average an application plane,
An electronic lock device configured to be externally mounted on a building door and being configured to operate a lock by moving a lock bolt of an associated lock case between a retracted position and a protruded position, said device comprising an electrical motor and a transmission for connecting said electrical motor to the associated lock case, wherein the transmission comprises a rotatable member being drivingly connected to the electrical motor, wherein said transmission comprises an engagement member, and a rotatable shaft configured to be connected to a lock follower of the lock case, characterized in that the rotatable member is connected to the engagement member via a pivot joint such that the engagement member is allowed to pivot upon rotation of the rotatable member, such that the engagement member is engaging with the rotatable shaft when the electrical motor is driving the rotatable member. an electrical motor and a transmission for connecting said electrical motor to the associated lock case, wherein the transmission comprises a rotatable member being drivingly connected to the electrical motor, wherein said transmission comprises an engagement member, and a rotatable shaft configured to be connected to a lock follower of the lock case, characterized in that the rotatable member is connected to the engagement member via a pivot joint such that the engagement member is allowed to pivot upon rotation of the rotatable member, such that the engagement member is engaging with the rotatable shaft when the electrical motor is driving the rotatable member.
Use of a method for manufacturing a milk-based product which does not scorch, having a β-lactoglobulin content of less than 0.10 g/100 g milk-based product, the method comprising the following steps of: a) concentrating a milk raw material by microfiltration to provide an MF retentate fraction and an MF permeate fraction, b) ultrafiltrating the obtained MF permeate fraction to provide a UF retentate fraction and a UF permeate fraction, c) circulating at least a portion of the obtained UF permeate fraction back to the microfiltration as a diafiltration medium, d) recovering the MF retentate obtained from step c), e) if desired, heat-treating said MF retentate, hydrolysing its lactose, and/or standardizing the protein content, to provide the milk-based product. a) concentrating a milk raw material by microfiltration to provide an MF retentate fraction and an MF permeate fraction, b) ultrafiltrating the obtained MF permeate fraction to provide a UF retentate fraction and a UF permeate fraction, c) circulating at least a portion of the obtained UF permeate fraction back to the microfiltration as a diafiltration medium, d) recovering the MF retentate obtained from step c), e) if desired, heat-treating said MF retentate, hydrolysing its lactose, and/or standardizing the protein content,
A CTLA4 molecule, wherein the CTLA4 molecule binds CD80 and/or CD86 and comprises an extracellular domain of CTLA4 as shown in SEQ ID NO:2 beginning with alanine at position 26 or methionine at position 27 and ending with aspartic acid at position 150, for use in treating undifferentiated arthritis.
A sputtering target assembly comprising a consolidated surface-nitrided metal powder sputter target and a backing plate, wherein said metal is selected from tantalum, niobium, an alloy of tantalum, an alloy of niobium or combinations thereof, and wherein said metal powder has a nitrogen content from 100 ppm to 10,000 ppm and an oxygen content of 100 ppm or less.
An electronic ink cartridge (10, 20) of an electromagnetic induction system, comprising: a cylindrical body (5, 50); a core body (11, 21) extended out from a distal end of the cylindrical body (5, 50); a coupling member (15, 26) disposed on a side of a proximal end of the cylindrical body (5, 50); a pressure sensitive element whose capacitance changes according to pressure applied to the core body (11, 21), characterized by further comprising a coil (13, 23) housed between the core body (11, 21) and the coupling member (15, 26) and housed in the cylindrical body (5, 50), the coil (13, 23) having a predetermined inductance, wherein the coil (13, 23) is wound around a core (14, 24); wherein one terminal and another terminal of the coil (13, 23) are electrically connected respectively to one terminal and another terminal of the pressure sensitive element to thereby form one terminal and another terminal, respectively, of a resonance circuit that is formed by the coil (13, 23) and the pressure sensitive element, and wherein a proximal end surface of the coupling member (15, 26) is provided with a connecting terminal (157a, 158a, 158b, 262b, 263b) electrically connected to at least one of the one terminal and the another terminal of the resonance circuit to be accessible thereon from outside. a cylindrical body (5, 50); a core body (11, 21) extended out from a distal end of the cylindrical body (5, 50); a coupling member (15, 26) disposed on a side of a proximal end of the cylindrical body (5, 50); a pressure sensitive element whose capacitance changes according to pressure applied to the core body (11, 21), characterized by further comprising a coil (13, 23) housed between the core body (11, 21) and the coupling member (15, 26) and housed in the cylindrical body (5, 50), the coil (13, 23) having a predetermined inductance, wherein the coil (13, 23) is wound around a core (14, 24); wherein one terminal and another terminal of the coil (13, 23) are electrically connected respectively to one terminal and another terminal of the pressure sensitive element to thereby form one terminal and another terminal, respectively, of a resonance circuit that is formed by the coil (13, 23) and the pressure sensitive element, and wherein a proximal end surface of the coupling member (15, 26) is provided with a connecting terminal (157a, 158a, 158b, 262b, 263b) electrically connected to at least one of the one terminal and the another terminal of the resonance circuit to be accessible thereon from outside.
A latch mechanism for releasably retaining a first structure relative to a second structure, the latch mechanism comprising: a housing attachable to at least one of a first structure and a second structure; a bolt releasably carried on the housing; a portion of the bolt abutting a portion of the other of a first structure and a second structure for preventing displacement of a first structure from a second structure; a pressure responsive device for detecting a decrease in pressure on one side of a panel; a bolt engaging device coupled to the pressure responsive device and moveably displaceable in response to operation of the pressure responsive device; and a receiving structure on the bolt for engaging at least a portion of the bolt engaging device to prevent displaceable movement of the bolt prior to operation of the pressure responsive device. a housing attachable to at least one of a first structure and a second structure; a bolt releasably carried on the housing; a portion of the bolt abutting a portion of the other of a first structure and a second structure for preventing displacement of a first structure from a second structure; a pressure responsive device for detecting a decrease in pressure on one side of a panel; a bolt engaging device coupled to the pressure responsive device and moveably displaceable in response to operation of the pressure responsive device; and a receiving structure on the bolt for engaging at least a portion of the bolt engaging device to prevent displaceable movement of the bolt prior to operation of the pressure responsive device.