mhurhangee/ep-ind-claims huggingface dataset:
A microprocessor comprising: a cryptographic engine; a controller connected to the cryptographic engine, and the controller is configured to: receive a plurality of access requests for the cryptographic engine from a plurality of execution environments, respectively; and respond to one of the plurality of access requests and instruct the cryptographic engine to execute a cryptographic algorithm based on stored data required for executing the cryptographic algorithm; and one or more buffer units are connected to the controller and +kr# are separated from each other, and each of the one or more buffer units are configured to: store data required for executing the cryptographic algorithm of an access request from an execution environment of the plurality of execution environments, and intermediate data of the execution of the cryptographic algorithm and obtained result data of the execution of the cryptographic algorithm corresponding to the execution environment; avoiding the plurality of execution environments share a buffer unit, or sharing by several execution environment of the plurality of execution environments that have a difference between priorities that is less than a predetermined threshold a same buffer unit a cryptographic engine; a controller connected to the cryptographic engine, and the controller is configured to: receive a plurality of access requests for the cryptographic engine from a plurality of execution environments, respectively; and respond to one of the plurality of access requests and instruct the cryptographic engine to execute a cryptographic algorithm based on stored data required for executing the cryptographic algorithm; and receive a plurality of access requests for the cryptographic engine from a plurality of execution environments, respectively; and respond to one of the plurality of access requests and instruct the cryptographic engine to execute a cryptographic algorithm based on stored data required for executing the cryptographic algorithm; and one or more buffer units are connected to the controller and +kr# are separated from each other, and each of the one or more buffer units are configured to: store data required for executing the cryptographic algorithm of an access request from an execution environment of the plurality of execution environments, and intermediate data of the execution of the cryptographic algorithm and obtained result data of the execution of the cryptographic algorithm corresponding to the execution environment; avoiding the plurality of execution environments share a buffer unit, or sharing by several execution environment of the plurality of execution environments that have a difference between priorities that is less than a predetermined threshold a same buffer unit
Food preparation device comprising a rotatable tool for chopping and/or mixing a food in a food preparation vessel, wherein the tool can be detachably connected to a shaft for rotation which is located at least partly outside the food preparation vessel, wherein a locking mechanism is provided for interlockingly connecting the tool to the shaft, wherein the locking can be carried out automatically, characterized in that a magnet (5, 6) is provided and the locking mechanism is configured such that the automatic locking is carried out by a magnetic force of the magnet (5, 6).
A computer-implemented method for co-rendering multiple attributes in a three-dimensional data volume, which comprises: selecting a first attribute and a second attribute from a source of available attributes; sampling data values of the first attribute and the second and the second attribute on visible planar surfaces of, or within planar surfaces defining, a three-dimensional probe; drawing at least a portion of an image of the sampling probe on a display device using a graphics card, the image being based on a normal map comprising multiple perturbed normal vectors derived from a cross product operation of vertical and horizontal components for each data value of the first attribute and the second attribute on said surfaces; and repeating the drawing step in response to movement of the sampling probe within volumes of the first attribute and the second attribute so that as the sampling probe moves through each attribute volume, the image of the probe is redrawn at a rate sufficiently fast to be perceived as moving in real-time. selecting a first attribute and a second attribute from a source of available attributes; sampling data values of the first attribute and the second and the second attribute on visible planar surfaces of, or within planar surfaces defining, a three-dimensional probe; drawing at least a portion of an image of the sampling probe on a display device using a graphics card, the image being based on a normal map comprising multiple perturbed normal vectors derived from a cross product operation of vertical and horizontal components for each data value of the first attribute and the second attribute on said surfaces; and repeating the drawing step in response to movement of the sampling probe within volumes of the first attribute and the second attribute so that as the sampling probe moves through each attribute volume, the image of the probe is redrawn at a rate sufficiently fast to be perceived as moving in real-time.
A battery assembly, comprising a battery unit and a battery holding unit, the battery unit comprising a battery, a first engaging portion, and a second engaging portion, the first engaging portion and the second engaging portion disposed on an end portion of the battery, the second engaging portion being movable relative to the end portion, the battery unit removably held by the battery holding unit, the battery holding unit comprising a holding member, wherein the battery assembly is characterized in that: the second engaging portion and the first engaging portion are respectively disposed at an upstream and a downstream along a detachment direction along which the battery unit leaves the battery holding unit; the holding member configured to engage with the first engaging portion to hold the battery unit at a first position or to engage with the second engaging portion to hold the battery unit at a second position, and when the holding member and the first engaging portion relatively move away from each other along a disengagement direction, the battery unit moves along the detachment direction from the first position to the second position at which the holding member engages with the second engaging portion, and the second engaging portion is allowed to move relative to the end portion to disengage from the holding member, so that the battery unit moves again along the detachment direction to be removed from the battery holding unit. the second engaging portion and the first engaging portion are respectively disposed at an upstream and a downstream along a detachment direction along which the battery unit leaves the battery holding unit; the holding member configured to engage with the first engaging portion to hold the battery unit at a first position or to engage with the second engaging portion to hold the battery unit at a second position, and when the holding member and the first engaging portion relatively move away from each other along a disengagement direction, the battery unit moves along the detachment direction from the first position to the second position at which the holding member engages with the second engaging portion, and the second engaging portion is allowed to move relative to the end portion to disengage from the holding member, so that the battery unit moves again along the detachment direction to be removed from the battery holding unit.
A hand-held medicament delivery device comprising: a housing containing a first electrical circuit and a battery, a medicament delivery mechanism, and a protective cap releasably securable to the housing, wherein the housing includes a contactless switch (100, 230) and the cap includes a switch actuator configured to activate the contactless switch (100, 230), the contactless switch (100, 230) is operable between an on state and an off state, wherein the contactless switch (100, 230) is configured to be in the off state when in proximity to the switch actuator, and to be in the on state when the contactless switch (100, 230) is not in proximity to the switch actuator, the device being characterized in that it further comprises a monitoring circuit (220, 240) configured to detect an active or inactive status of the device and it is configured such that the state of the contactless switch is signalled to the monitoring circuit, the monitoring circuit (220, 240) is configured to disconnect the first electrical circuit from the battery when the contactless switch is in the off state and the device is in an inactive status. a housing containing a first electrical circuit and a battery, a medicament delivery mechanism, and a protective cap releasably securable to the housing,
A fill valve assembly (9, 109) for inclusion into a cistern flushing system, the assembly comprising a float operated equilibrium valve (90, 190) for refilling the cistern and a branch element (92, 192) fluidly connected upstream the float operated equilibrium valve (90, 190), wherein the branch element (92, 192) includes an outlet for providing, in use, fluid flow to a hydraulic actuator of the cistern flushing system.
A compound that selectively binds melanocortin 1 receptor (MC1R), said compound comprising a polypeptide having the sequence: Xaa 1 Xaa 2 Xaa 3 Xaa 4 Xaa 5 Xaa 6 Xaa 7 Xaa 8 Xaa 9 Xaa 10 Xaa 11 Xaa 12 Xaa 13, wherein Xaa 1 is D-Val; Xaa 2 is D-Pro; Xaa 3 is D-Lys, D-Orn, or D-Nle; Xaa 4 is Gly; Xaa 5 is D-Trp, D-3-benzothienyl-Ala, D-5-hydroxy-Trp, D-5-methoxy-Trp, or D-Phe; Xaa 6 is D-Arg; Xaa 7 is D-Cha, D-Phe, D-4-fluoro-Phg, D-3-pyridyl-Ala, D-Thi, D-Trp, or D-4-nitro-Phe; Xaa 8 is D-His; Xaa 9 is D-Glu, D-Asp, D-citrulline, or D-Ser; Xaa 10 is D-Met, D-buthionine, or D-Ile; Xaa 11 is D-Ser or D-Ile; Xaa 12 is D-Tyr or D-Ser; and Xaa 13 is D-Ser; or a pharmaceutically acceptable salt thereof.
Device for labelling individual products, having a feeding mechanism for transporting the respective product in a transport direction; having a label dispensing mechanism for dispensing a label, which is detachable from a material strip, from an output location at which the label is detached from the material strip by a dispensing edge or is generated by severing a sub-portion from the material strip, in a dispensing direction; and having a label transfer mechanism having a movable label transport means for transferring the dispensed label from an acquisition region in which the dispensed label is acquired by the label transport means, to a delivery location at which the label is applied to the respective product; wherein the label transport means has a surface which is brought into contact with the label; wherein the device furthermore has a label alignment mechanism with a roller that has a roller axis which is parallel to the surface of the label transport means, and a shell face which is disposed circumferentially about the roller axis; wherein the roller is disposed in such a manner that an imaginary straight line emanating from the output location and running in the dispensing direction intersects the shell face, characterized in that the roller is disposed in such a manner that, in the step of transferring the label from the label dispensing mechanism to the label transfer mechanism, the label first comes into contact with the roller and the label only subsequently comes into contact with the label transfer mechanism.
A liquid ejecting apparatus comprising: a carriage which can move in a reciprocating direction, wherein the carriage is provided with an ejecting unit which can eject liquid in an ejecting direction, a circuit board which can input a signal to the ejecting unit, and a fan which can blow air toward the circuit board, and wherein the carriage includes a separator which blocks or diverts a path along which mist, which occurs along with ejecting of the liquid from the ejecting unit, travels to the fan, to prevent ink mist from reaching the fan or to reduce the amount of ink mist reaching the fan. a carriage which can move in a reciprocating direction, wherein the carriage is provided with an ejecting unit which can eject liquid in an ejecting direction, a circuit board which can input a signal to the ejecting unit, and a fan which can blow air toward the circuit board, and wherein the carriage includes a separator which blocks or diverts a path along which mist, which occurs along with ejecting of the liquid from the ejecting unit, travels to the fan, to prevent ink mist from reaching the fan or to reduce the amount of ink mist reaching the fan.
A transfer press for carrying out at least two forming and demolding steps on a work piece, comprising a tool block on a press table having at least two dies for receiving the work piece, a transfer system for transferring the work piece between the dies, and at least two upper tools and at least two lower tools that can execute movement relative to the press table, so that in a first forming step, the work piece can be formed in a first die by a first upper tool, in a first demolding step, the work piece can be demolded from the die by a first lower tool, in a transfer step, the work piece can be aligned by the transfer system toward a second die, in a second forming step, the work piece can be formed in the second die by a second upper tool, and in a second demolding step, the work piece can be demolded from the second die by a second lower tool, characterized in that the upper tools are installed on a ram head, the lower tools are installed on a ram base, and the ram head and the ram base are rigidly connected to one another and form a ram.
A medical measuring device having means for measured-value detection, signal-processing and calculation and having a sensor system (7, 9, 13, 14, 15, 17, 19), which is configured to detect an inspiratory measured variable that represents a measure of the transportation of respiratory gases into the lungs of a patient, and to detect an expiratory measured variable that represents a measure of the transportation of respiratory gases out of the lungs of a patient, characterised in that the means for measured-value detection, signal-processing and calculation are configured to determine from a quotient of the inspiratory measured variable and the expiratory measured variable a measure of a respiration-related shift of secretion.
A jig for guiding placement of femoral component of the implant in a knee replacement surgery mainly comprises of:: Posterior paddles Posterior s'lots for bushings in posterior paddles, • Posterior Bushing, • Distal block, • Distal slots for bushings in distal block, • Distal bushing, • Anterior probe with adjustable height, • Probe, • Measuring cylinder, • Locking bolt, • Anterior cutting block for cutting distal femur, • Slot for saw blade, • Holes; said jig has a pair of posterior paddles made preferably of metal and having posterior slots to accept posterior bushings; said pair of posterior paddles touches the posterior medial and posterior lateral femoral condyle while placing present jig on distal femur wherein present jig rotated posteriorly from the point of contact (posterior condylar axis) on either the lateral or medial posterior femur (P3 and P4) with the help of a bushing of 1 mm increment to achieve precise rotation; said distal block is provided with a pair of distal slots for bushings for accepting distal bushing wherein said distal block is a continuous metal sheet at right angles to the posterior paddles; said distal block touches distal medial and distal lateral femur while the Jig is placed on the distal femur wherein the present jig is rotated medially or laterally from the point of contact on either the lateral or medial distal femoral condyle with the help of a bushing of 1 mm increment to achieve precision; said anterior probe with adjustable height having a sliding adjustable probe is provided wherein said probe is of variable height off the distal block; it has a measuring cylinder which is attached to said distal block through locking bolt; wherein the femoral component is placed in flexion by decreasing the antero-posterior distance; similarly, the femoral component is placed in extension by increasing the antero-posterior distance; an anterior cutting block (for cutting distal femur) is also provided with slot for saw blade for taking femur cuts; this is a detachable block made preferably of metal attached to the distal block; said anterior cutting block has holes to increase the depth of the distal femoral cut by 1, 2, or 3 mm.: Posterior paddles Posterior s'lots for bushings in posterior paddles, • Posterior Bushing, • Distal block, • Distal slots for bushings in distal block, • Distal bushing, • Anterior probe with adjustable height, • Probe, • Measuring cylinder, • Locking bolt, • Anterior cutting block for cutting distal femur, • Slot for saw blade, • Holes;
A mop bucket for containing clean and dirty liquid, comprising: first and second compartments (14,16) adjacent one another; characterized in that said first compartment comprising a sump portion including a recess configured to receive a floor care tool head such that the floor care tool receives clean liquid from the first compartment for use in cleaning a floor; said sump portion positioned at a lowest point within said first compartment; and said second compartment configured to receive dirty liquid from the floor care tool. first and second compartments (14,16) adjacent one another; characterized in that said first compartment comprising a sump portion including a recess configured to receive a floor care tool head such that the floor care tool receives clean liquid from the first compartment for use in cleaning a floor; said sump portion positioned at a lowest point within said first compartment; and said second compartment configured to receive dirty liquid from the floor care tool.
An LED luminaire having - an LED module with at least one LED as a luminous means, and - a light head with a heat sink, wherein in order to dissipate heat, which can be generated by the LED, the LED module is thermally connected to the heat sink, - means (40, 40', 40", 40"', 42, 42', 42'", 42"', 50, 50', 52, 52', 60, 62) for establishing a releasable electrical, at least two-pole connection between the LED module and the light head and for establishing a releasable mechanical connection between the LED module and the light head, wherein the means (40, 40', 40", 40"', 42, 42', 42", 42"', 50, 50', 52, 52', 60, 62) are configured to establish or release both the electrical connection and the mechanical connection either by means of two successive translational movements in different directions or by means of one translational movement and one rotational movement or merely by means of one rotational movement, characterised in that the means (40, 40', 40", 40"', 42, 42', 42", 42"', 50, 50', 52, 52', 60, 62) comprise: a) plug contacts which comprise contact pins (40, 40', 40", 40"'), wherein in each case one contact pin (40, 40', 40", 40"') is used to realize one electrical pole of the connection, and also b) further elements (50, 50', 52, 52', 60, 62) which are configured to establish the releasable mechanical connection between the LED module and the light head. - an LED module with at least one LED as a luminous means, and - a light head with a heat sink, - means (40, 40', 40", 40"', 42, 42', 42'", 42"', 50, 50', 52, 52', 60, 62) for establishing a releasable electrical, at least two-pole connection between the LED module and the light head and for establishing a releasable mechanical connection between the LED module and the light head, a) plug contacts which comprise contact pins (40, 40', 40", 40"'), wherein in each case one contact pin (40, 40', 40", 40"') is used to realize one electrical pole of the connection, and also b) further elements (50, 50', 52, 52', 60, 62) which are configured to establish the releasable mechanical connection between the LED module and the light head.
An aerosol-generating device providing a visual user interface, the device comprising: a housing comprising a curved outer surface surrounding a longitudinal axis; a flexible display comprising a curved viewing surface at least partially surrounding the longitudinal axis disposed adjacent to the curved outer surface; an aerosolizer to generate aerosol from an aerosol-generating substrate; and a control circuit operatively coupled to the flexible display and comprising a memory to store a motion image, the control circuit configured to display the motion image on the curved viewing surface in response to activation of the aerosolizer, the control circuit configured to modulate the display of the motion image in response to a puff profile of a user puff used to activate the aerosolizer. a housing comprising a curved outer surface surrounding a longitudinal axis; a flexible display comprising a curved viewing surface at least partially surrounding the longitudinal axis disposed adjacent to the curved outer surface; an aerosolizer to generate aerosol from an aerosol-generating substrate; and a control circuit operatively coupled to the flexible display and comprising a memory to store a motion image, the control circuit configured to display the motion image on the curved viewing surface in response to activation of the aerosolizer, the control circuit configured to modulate the display of the motion image in response to a puff profile of a user puff used to activate the aerosolizer.
Fluid refining device comprising a refining layer, the refining layer having - an inlet for fluid to be refined, - a separation outlet and - a concentration outlet for processed fluid, wherein the refining layer comprises - a plurality of elliptical refining units arranged in a regular pattern over the refining layer with its long axis aligned with the flow of fluid, and where the refining units each comprise - one output flow channel, - one blunt nose section facing in an upstream direction towards an incoming fluid; - one barrier section facing in a downstream direction; the barrier section comprising a series of barrier elements and interposed gaps; the barrier elements having a turbine blade-like shape or other smoothed shape based on streamline design and the interposed gaps defining barrier channels providing fluid communication between an input flow channel and the output flow channel; barrier flow occurring wherein the angle between the main flow around the refining unit and the flow within the barrier channels is at least 90 degrees, and where the output flow channels are connected to the separation outlet, characterized in that there is a reduction in cross section over the area of the refining layer and the complete refining layer or the outline of the pattern of refining units in the refining layer is shaped as a symmetrical trapezoid, where the inlet is arranged at the broad base of the trapezoid and the concentration outlet is arranged at the short base of the trapezoid, and the cross section of the concentration outlet is less than the cross section of the inlet and adapted to allow the fluid flow to be mainly constant over the refining layer. - an inlet for fluid to be refined, - a separation outlet and - a concentration outlet for processed fluid, - a plurality of elliptical refining units arranged in a regular pattern over the refining layer with its long axis aligned with the flow of fluid, and where the refining units each comprise - one output flow channel, - one blunt nose section facing in an upstream direction towards an incoming fluid; - one barrier section facing in a downstream direction; the barrier section comprising a series of barrier elements and interposed gaps; the barrier elements having a turbine blade-like shape or other smoothed shape based on streamline design and the interposed gaps defining barrier channels providing fluid communication between an input flow channel and the output flow channel;