mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a substrate; an interlayer disposed on the substrate, wherein the interlayer comprises a cured film obtainable from a polymerisation reaction of an interlayer composition, wherein the interlayer composition comprises: an epoxy compound; a polyvinyl phenol; a melamine resin; a solvent; an optional surfactant; and an optional catalyst; the device further comprising: a source electrode and a drain electrode disposed on a surface of the interlayer; a semiconductor layer disposed on the interlayer, wherein the semiconductor layer is disposed into a gap between and over the source and drain electrode (16, 18); a back channel interface comprising an interface between the semiconductor layer and the interlayer, wherein the interlayer serves as a back channel dielectric layer for the device; a gate dielectric layer disposed on the semiconductor layer; a gate electrode disposed on the dielectric layer. a substrate; an interlayer disposed on the substrate, wherein the interlayer comprises a cured film obtainable from a polymerisation reaction of an interlayer composition, wherein the interlayer composition comprises: an epoxy compound; a polyvinyl phenol; a melamine resin; a solvent; an optional surfactant; and an optional catalyst; an epoxy compound; a polyvinyl phenol; a melamine resin; a solvent; an optional surfactant; and an optional catalyst; the device further comprising: a source electrode and a drain electrode disposed on a surface of the interlayer; a semiconductor layer disposed on the interlayer, wherein the semiconductor layer is disposed into a gap between and over the source and drain electrode (16, 18); a back channel interface comprising an interface between the semiconductor layer and the interlayer, wherein the interlayer serves as a back channel dielectric layer for the device; a gate dielectric layer disposed on the semiconductor layer; a gate electrode disposed on the dielectric layer. a source electrode and a drain electrode disposed on a surface of the interlayer; a semiconductor layer disposed on the interlayer, wherein the semiconductor layer is disposed into a gap between and over the source and drain electrode (16, 18); a back channel interface comprising an interface between the semiconductor layer and the interlayer, wherein the interlayer serves as a back channel dielectric layer for the device; a gate dielectric layer disposed on the semiconductor layer; a gate electrode disposed on the dielectric layer.
Tank system having a filling pipe and a filling hose which is connected to the filling pipe, the filling hose leading to a fuel tank, a support sleeve being provided in order to support the connection of the filling pipe to the filling hose, wherein the support sleeve is produced from electrically conductive plastics material, the filling pipe and the filling hose are constructed in an electrically conductive manner and the support sleeve is in abutment with both the filling pipe and the filling hose, wherein the support sleeve is radially in abutment at the inner side with both the filling pipe and the filling hose, characterized in that the support sleeve has at the first end thereof, which faces the filling hose, a radially outward formation which is constructed to be in abutment with the filling hose at the radially inner side, wherein the formation is orientated obliquely backwards, towards the second end of the support sleeve facing the filling pipe.
Method of making at least one strained channel semiconducting structure for a transistor, comprising the following steps: - form a sacrificial gate block and insulating spacers arranged in contact with the lateral faces of the sacrificial gate block, on a semiconducting zone based on a first semiconducting material comprising a region that will form a transistor channel region, - form sacrificial regions (20, 120) on each side of the semiconducting zone, the sacrificial regions (20, 120) being based on a second semiconducting material (21, 121) and being configured so as to induce a strain in the semiconducting zone, then, in this order: - remove the sacrificial gate block; - replace the sacrificial gate block by a replacement gate block between the insulating spacers; - remove the sacrificial regions; - replace the sacrificial regions by replacement regions located on each side of the semiconducting zone, the replacement regions (40, 140) being based on a third semiconducting material (41, 141) different from the second semiconducting material (21, 121). - form a sacrificial gate block and insulating spacers arranged in contact with the lateral faces of the sacrificial gate block, on a semiconducting zone based on a first semiconducting material comprising a region that will form a transistor channel region, - form sacrificial regions (20, 120) on each side of the semiconducting zone, the sacrificial regions (20, 120) being based on a second semiconducting material (21, 121) and being configured so as to induce a strain in the semiconducting zone, then, - remove the sacrificial gate block; - replace the sacrificial gate block by a replacement gate block between the insulating spacers; - remove the sacrificial regions; - replace the sacrificial regions by replacement regions located on each side of the semiconducting zone, the replacement regions (40, 140) being based on a third semiconducting material (41, 141) different from the second semiconducting material (21, 121).
An anvil delivery kit of parts, the kit comprising: an anvil assembly comprising: an anvil center rod; and a head assembly pivotally secured to the anvil center rod about a pivot axis and moveable between an operative position and a tilted position, the head assembly including an anvil head and a cutting ring ( disposed within the anvil head, the anvil head defining first and second openings; a suture guide assembly including a suture (S 2) for disposal in the first and second openings, the cutting ring defining a slot in alignment with the first and second openings in the anvil head; a reel assembly; and a tubular guide assembly including a flexible tube and an adapter. an anvil assembly comprising: an anvil center rod; and a head assembly pivotally secured to the anvil center rod about a pivot axis and moveable between an operative position and a tilted position, the head assembly including an anvil head and a cutting ring ( disposed within the anvil head, the anvil head defining first and second openings; an anvil center rod; and a head assembly pivotally secured to the anvil center rod about a pivot axis and moveable between an operative position and a tilted position, the head assembly including an anvil head and a cutting ring ( disposed within the anvil head, the anvil head defining first and second openings; a suture guide assembly including a suture (S 2) for disposal in the first and second openings, the cutting ring defining a slot in alignment with the first and second openings in the anvil head; a reel assembly; and a tubular guide assembly including a flexible tube and an adapter.
Radially shrinkable textile hose for encasing elongated objects, comprising the following features: a) an outer layer made from shrinkable wear-resistant material and b) at least one inner layer made from thermally insulating material, the material of the at least one inner layer being swellable with heat input, characterised in that the outer layer and the at least one inner layer are joined together in places by a textile binding or by sewing or by bonding. a) an outer layer made from shrinkable wear-resistant material and b) at least one inner layer made from thermally insulating material, the material of the at least one inner layer being swellable with heat input, characterised in that the outer layer and the at least one inner layer are joined together in places by a textile binding or by sewing or by bonding. the material of the at least one inner layer being swellable with heat input, characterised in that the outer layer and the at least one inner layer are joined together in places by a textile binding or by sewing or by bonding.
Drilling instrument for machining tubes in tube sheets of heat exchangers in a radioactive environment, having a transport device having clamping elements (18, 24), characterized in that a drilling device having clamping fingers is held by the transport device, in that the clamping elements (18, 24) and the clamping fingers are arranged on a common first side of the drilling device and of the transport device in that the transport device and the drilling device are connected to a support device, in that the support device has a support plate on which a resting plate of the drilling device rests, in that the support plate is connected to the resting plate by way of at least one movable connecting element, in that the resting plate is connected to the support plate in a play-free manner in a first position of the connecting element, in that the resting plate exhibits predefinabre play with regard to the support plate in a second position of the connecting element.
A method, comprising: partially compressing and mounting a prosthetic heart valve upon a delivery catheter, the prosthetic heart valve comprising a tissue that is hydrated; allowing the tissue to dry to less than 40% by weight of water; further compressing and mounting the prosthetic heart valve upon the delivery catheter; and sterilizing and packaging the prosthetic heart valve and delivery catheter. partially compressing and mounting a prosthetic heart valve upon a delivery catheter, the prosthetic heart valve comprising a tissue that is hydrated; allowing the tissue to dry to less than 40% by weight of water; further compressing and mounting the prosthetic heart valve upon the delivery catheter; and sterilizing and packaging the prosthetic heart valve and delivery catheter.
A sheet for forming a package comprising: a flexible sheet having at least a single layer, the flexible sheet having a first thickness; an openable portion (20, 403) defined by a line of weakness (45, 401, 402) in at least one layer of the flexible sheet; characterised by; a valve comprising a plurality of layers (31, 32, 200, 201, 202, 600, 601) arranged on top of one another and a flow path through the layers (31, 32, 200, 201, 202, 600, 601) which is openable and closable in response to a pressure differential across the plurality of layers (31, 32, 200, 201, 202, 600, 601), wherein the valve is located on the openable portion (20, 403) and provides the openable portion (20, 403) with a second thickness which is greater than the first thickness. a flexible sheet having at least a single layer, the flexible sheet having a first thickness; an openable portion (20, 403) defined by a line of weakness (45, 401, 402) in at least one layer of the flexible sheet; characterised by; a valve comprising a plurality of layers (31, 32, 200, 201, 202, 600, 601) arranged on top of one another and a flow path through the layers (31, 32, 200, 201, 202, 600, 601) which is openable and closable in response to a pressure differential across the plurality of layers (31, 32, 200, 201, 202, 600, 601),
A powdery material feeding device (B1, B2, B3) comprising: a hopper configured to reserve a powdery material; a transfer member configured to deliver the powdery material fed from the hopper for discharging; a motor configured to drive the transfer member; a measuring instrument configured to measure a discharge amount of a powdery material delivered to be discharged by the transfer member; characterised by a controller configured to control, while a control according to a discharge amount of the powdery material measured by the measuring instrument is not conducted, a current supplied to a coil of the motor to have a substantially constant amount, to control the discharge amount of the powdery material delivered to be discharged by the transfer member to have a required amount, wherein a rotational speed of the motor is increased when a value of the current supplied to the motor decreases, to return the current value to the substantially constant amount. a hopper configured to reserve a powdery material; a transfer member configured to deliver the powdery material fed from the hopper for discharging; a motor configured to drive the transfer member; a measuring instrument configured to measure a discharge amount of a powdery material delivered to be discharged by the transfer member; characterised by a controller configured to control, while a control according to a discharge amount of the powdery material measured by the measuring instrument is not conducted, a current supplied to a coil of the motor to have a substantially constant amount, to control the discharge amount of the powdery material delivered to be discharged by the transfer member to have a required amount, wherein a rotational speed of the motor is increased when a value of the current supplied to the motor decreases, to return the current value to the substantially constant amount.
A computer-implemented method, comprising: monitoring, by a mobile device comprising a processor, a first control channel in the beginning of a first transmission time interval, also referred to as TTI, to determine information of receiving a second control channel of a second TTI within the first TTI, wherein the second control channel occurs later than the first control channel and the second TTI is shorter than the first TTI; monitoring, by the mobile device, the second control channel of the second TTI; receiving, by the mobile device, a second downlink control information, also referred to as DCI, on the second control channel; and performing, by the mobile device, a defined action based on the second DCI or a defined information, characterized in that the monitoring of the second control channel of the second TTI is based on the defined information when a first DCI on the first control channel in the first TTI is not detected, wherein the defined information is at least one of: a last received third DCI on the first control channel or part of the third DCI; and a fourth DCI of a last first TTI on the first control channel or part of the fourth DCI. monitoring, by a mobile device comprising a processor, a first control channel in the beginning of a first transmission time interval, also referred to as TTI, to determine information of receiving a second control channel of a second TTI within the first TTI, wherein the second control channel occurs later than the first control channel and the second TTI is shorter than the first TTI; monitoring, by the mobile device, the second control channel of the second TTI; receiving, by the mobile device, a second downlink control information, also referred to as DCI, on the second control channel; and performing, by the mobile device, a defined action based on the second DCI or a defined information, characterized in that the monitoring of the second control channel of the second TTI is based on the defined information when a first DCI on the first control channel in the first TTI is not detected,
A method of preventing a drop event for a mobile device, comprising: collecting sensor data from the mobile device using one or more sensors to determine at least one of a pattern and current behavior of a user; determining a potential drop event risk of the mobile device based on at least one of the pattern and the current behavior of the user; and sending a notification to the user of the mobile device indicating the potential drop risk when at least one of the pattern and the current behavior of the user is determined to satisfy a threshold risk level; wherein the data collected by the one or more sensors includes grip data of a user's hand; wherein the pattern is a grip pattern, wherein grip data collected by the one or more sensors is compared to predefined grip patterns to determine the stability of the user grip on the mobile terminal; characterised in that determining the potential drop event risk comprises analysis of at least one of a phone shake and user grip center to center of gravity of the mobile device collecting sensor data from the mobile device using one or more sensors to determine at least one of a pattern and current behavior of a user; determining a potential drop event risk of the mobile device based on at least one of the pattern and the current behavior of the user; and sending a notification to the user of the mobile device indicating the potential drop risk when at least one of the pattern and the current behavior of the user is determined to satisfy a threshold risk level; wherein the data collected by the one or more sensors includes grip data of a user's hand; wherein the pattern is a grip pattern, wherein grip data collected by the one or more sensors is compared to predefined grip patterns to determine the stability of the user grip on the mobile terminal; characterised in that determining the potential drop event risk comprises analysis of at least one of a phone shake and user grip center to center of gravity of the mobile device
An optical system for disposition in or at a distal end of an endoscopic illumination and multi photon fluorescence emission collection apparatus, comprising an objective lens component characterized by: the objective lens component having a proximal surface and a distal surface, wherein a portion of the proximal surface has a dichroic coating that transmits visible and multiphoton emission light and reflects IR light, and a different portion of the proximal surface is uncoated and transmits visible and IR light, and a portion of the distal surface has the dichroic coating and a different portion of the distal surface is uncoated.
A method of operating a circuit breaker, said method comprising: rotating an interface plate from a first position to a second position; rotating an opening latch shaft from a third position to a fourth position with said interface plate; opening a set of contacts (34,42) when said opening latch shaft is in said fourth position; rotating said interface plate from said second position to a fifth position; rotating a closing latch shaft from a sixth position to a seventh position when said interface plate rotates from said second position to said fifth position; discharging energy stored in compression springs when said closing latch shaft rotates from said sixth position to said seventh position while maintaining the opening shaft in a position at or greater than said fourth position; biasing a cam lever first surface into contact with a circuit breaker housing bottom surface; moving said housing from an eighth position in contact with an electrical load to a ninth position; contacting a second surface of said cam lever with a roller when said housing reaches said ninth position; and sliding an interface lever from a tenth position to an eleventh position in response to said cam lever second surface contacting said roller. rotating an interface plate from a first position to a second position; rotating an opening latch shaft from a third position to a fourth position with said interface plate; opening a set of contacts (34,42) when said opening latch shaft is in said fourth position; rotating said interface plate from said second position to a fifth position; rotating a closing latch shaft from a sixth position to a seventh position when said interface plate rotates from said second position to said fifth position; discharging energy stored in compression springs when said closing latch shaft rotates from said sixth position to said seventh position while maintaining the opening shaft in a position at or greater than said fourth position; biasing a cam lever first surface into contact with a circuit breaker housing bottom surface; moving said housing from an eighth position in contact with an electrical load to a ninth position; contacting a second surface of said cam lever with a roller when said housing reaches said ninth position; and sliding an interface lever from a tenth position to an eleventh position in response to said cam lever second surface contacting said roller.
A method for providing differentiated access control to applications on a computing device, the computing device having a connection with a second device, the method comprising: differentiating said applications into different classes of applications forming a plurality of application subsets (732, 734); designating one of the plurality of application subsets as work applications; checking whether a timer has expired on the second device or if a connection is lost to the second device; wherein the timer on the second device is an inactivity timer associated with periods of inactivity on the second device; and preventing each application of said work application subset from being launched or enabled on the computing device if the timer has expired on the second device or the connection is lost to the second device, while allowing access to other application subsets. differentiating said applications into different classes of applications forming a plurality of application subsets (732, 734); designating one of the plurality of application subsets as work applications; checking whether a timer has expired on the second device or if a connection is lost to the second device; wherein the timer on the second device is an inactivity timer associated with periods of inactivity on the second device; and preventing each application of said work application subset from being launched or enabled on the computing device if the timer has expired on the second device or the connection is lost to the second device, while allowing access to other application subsets.
Method for controlling a polyphase converter with at least two phase modules having an upper and a lower valve branch (T1,..., T6) having in each case at least two two-pole subsystems (10, 11) connected in series at low output frequencies (f), a common-mode voltage (u CM (t)) being superimposed in each case on a setpoint value (u 1 (t),..., u 6 (t)) of a valve branch voltage in such a way that a sum of two valve branch voltages (u 1 (t), u 2 (t) and u 3 (t), u 4 (t) and u 5 (t), u 6 (t), respectively, of each phase module is equal to an intermediate circuit voltage (U d) of this polyphase converter.
Adapter for a breast shield of a breast pump for expressing human breast milk, wherein the breast shield is holdable in the adapter or is integrally connected in one piece to said adapter, wherein the adapter comprises a suction connection for connection to a vacuum pump and a milk connection for connection to a milk collecting container, wherein the adapter comprises a chamber from which the suction connection and a milk outlet opening lead, wherein the chamber additionally comprises an opening on the breast shield side which leads to the breast shield having a first diameter and an opening which is remote from the breast shield having a second diameter, and wherein the adapter additionally comprises a flexible media separating diaphragm which is received in the chamber and separates the chamber into a pump-side region and a breast-shield-side region for the purposes of transmitting a negative pressure generated by the vacuum pump into the breast shield and for the purposes of protecting against contamination of the vacuum pump, wherein the chamber tapers toward the opening on the breast shield side, wherein the chamber comprises the form of a spherical calotte which has been cut off in its tapering region, wherein the media separating diaphragm comprises substantially the form of a flattened spherical calotte with an even top surface and wherein the even top surface of the media separating diaphragm faces the opening of the chamber on the breast shield side, characterized in that the media separating diaphragm comprises an indentation which forms part of a milk channel between the opening on the breast shield side and the milk connection.