mhurhangee/ep-ind-claims huggingface dataset:
Device for direction recognition in passages with a housing, a first PIR sensor and a second PIR sensor in the housing and with a viewing window in front of the PIR sensors (3, 4) which is transparent to infrared radiation, wherein the housing has a detection zone for reducing the detection range in each case between one of the PIR sensors (3, 4) and the viewing window of the PIR sensor (3, 4), 4), characterised in that in each case a viewing window is in front of an associated PIR sensor (3, 4) and in that the detection zone is a slot-shaped tunnel in the housing, so that a viewing window and a slot-shaped tunnel are arranged in front of each PIR sensor (3, 4), the slot-shaped tunnel having an IR-absorbing surface of the tunnel walls and extending with its tunnel walls adjacent to the respective viewing window towards the respective PIR sensor (3, 4) and limits IR radiation incident through the viewing window in such a way that the infrared radiation strikes the sensitive surface of the PIR sensor (3, 4) at a 90° angle with a tolerance deviation of up to +/- 20° and the reflection of laterally incident IR radiation within the housing is reduced.
An air filtering apparatus configured to provide intake air to an engine, said apparatus comprising: • a filter chamber comprising an air inlet opening, and an air outlet opening; • a weather protection hood arranged on the air inlet side of the filter chamber, said weather protection hood having an air intake opening facing downward and an outlet opening being connected to the air inlet opening of the filter chamber; • a pulse filter arrangement comprising one or more filters; • a static filter arrangement located at the air outlet opening; characterized in that the pulse filter arrangement is arranged inside the weather protection hood and in that a maintenance space is provided in the filter chamber on a downstream side of the pulse filter arrangement, through which the filters of the pulse filter arrangement can be replaced. • a filter chamber comprising an air inlet opening, and an air outlet opening; • a weather protection hood arranged on the air inlet side of the filter chamber, said weather protection hood having an air intake opening facing downward and an outlet opening being connected to the air inlet opening of the filter chamber; • a pulse filter arrangement comprising one or more filters; • a static filter arrangement located at the air outlet opening;
An immunoconjugate comprising an antibody or antigen-binding fragment thereof covalently attached to a cytotoxic agent, wherein the antibody is a monoclonal antibody that binds to CD22 and (i) comprises a full-length heavy chain having the amino acid sequence of SEQ ID NO:88, and a full-length light chain having the amino acid sequence of SEQ ID NO:87; or (ii) is a full-length antibody in which the heavy chains have the amino acid sequence of SEQ ID NO:88, and the light chains have the amino acid sequence of SEQ ID NO:87.
A tire comprising a tread portion, wherein the tread portion includes a pair of tread ends (Te), a crown profile (Pc) extending in a tire axial direction between the tread ends (Te), and shoulder profiles (Ps) each extending outward in the tire axial direction from the corresponding tread end (Te), the tread end (Te) refers to the outermost ground contact position in the tire axial direction when a normal load is applied to the tire 1 in the normal state and the tire is brought into contact with a flat ground surface at a camber angle of 0°, the crown profile (Pc) is formed by a first circular arc having a first radius of curvature and located on a side where a tire equator is present, and second circular arcs each having a second radius of curvature and each located on a side where the corresponding tread end (Te) is present, each shoulder profile (Ps) is formed by a third circular arc having a single radius of curvature which is a third radius of curvature different from the second radius of curvature, a belt layer is disposed inside the tread portion, and each of belt ends located at outermost sides in the tire axial direction of the belt layer is located outward, in the tire axial direction, of the corresponding tread end (Te) and inward, in a tire radial direction, of the corresponding shoulder profile (Ps), characterized in that a distance in the tire axial direction between each belt end and the corresponding tread end (Te) is 5 to 20 mm. the tread portion includes a pair of tread ends (Te), a crown profile (Pc) extending in a tire axial direction between the tread ends (Te), and shoulder profiles (Ps) each extending outward in the tire axial direction from the corresponding tread end (Te), the tread end (Te) refers to the outermost ground contact position in the tire axial direction when a normal load is applied to the tire 1 in the normal state and the tire is brought into contact with a flat ground surface at a camber angle of 0°, the crown profile (Pc) is formed by a first circular arc having a first radius of curvature and located on a side where a tire equator is present, and second circular arcs each having a second radius of curvature and each located on a side where the corresponding tread end (Te) is present, each shoulder profile (Ps) is formed by a third circular arc having a single radius of curvature which is a third radius of curvature different from the second radius of curvature, a belt layer is disposed inside the tread portion, and each of belt ends located at outermost sides in the tire axial direction of the belt layer is located outward, in the tire axial direction, of the corresponding tread end (Te) and inward, in a tire radial direction, of the corresponding shoulder profile (Ps),
A surgical cutting and fastening instrument comprising: an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; a handle connected to the shaft; an electric DC motor connected to the drive train for powering the drive train; a power pack, wherein the power pack comprises: a chargeable DC power source connected to the motor for supplying electrical power to the motor, wherein the chargeable DC power source is chargeable by a primary power source placeable in the power pack, wherein once the chargeable DC power source is charged and the primary power source is removed from the power pack, the chargeable DC power source is operable to power the motor; and a charge management circuit, wherein the charge management circuit determines when the chargeable DC power source is charged and comprises means for displaying a charge status of the chargeable DC power source. an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; a handle connected to the shaft; an electric DC motor connected to the drive train for powering the drive train; a power pack, wherein the power pack comprises: a chargeable DC power source connected to the motor for supplying electrical power to the motor, wherein the chargeable DC power source is chargeable by a primary power source placeable in the power pack, wherein once the chargeable DC power source is charged and the primary power source is removed from the power pack, the chargeable DC power source is operable to power the motor; and a charge management circuit, wherein the charge management circuit determines when the chargeable DC power source is charged and comprises means for displaying a charge status of the chargeable DC power source. a chargeable DC power source connected to the motor for supplying electrical power to the motor, wherein the chargeable DC power source is chargeable by a primary power source placeable in the power pack, wherein once the chargeable DC power source is charged and the primary power source is removed from the power pack, the chargeable DC power source is operable to power the motor; and a charge management circuit, wherein the charge management circuit determines when the chargeable DC power source is charged and comprises means for displaying a charge status of the chargeable DC power source.
A deterministic method for network address translation of the type where inside addresses are assigned to facilitate communications over an inside network and outside addresses are assigned to facilitate communications over an outside network, wherein each inside address comprises an inside IP address and an inside port address, and wherein each outside address comprises an outside IP address and an outside port address, characterized by the method comprising: pre-allocating a respective fraction of available outside port addresses to each inside IP address, each fraction being equal to one divided by a total of a compression ratio and a dynamic address pool factor, the compression ratio being equal to the number of inside IP addresses assigned for the inside of a carrier grade network address translator "CGN" divided by the number of outside IP addresses assigned for the outside of the CGN, the dynamic address pool factor being added to the compression ratio in order to create a dynamic pool of ports to fulfill overflow concerns; and pre-allocating remaining outside port addresses to the dynamic pool of ports, wherein a port from the dynamic pool of ports is used if a subscriber uses more than the respective fraction of available outside port addresses, wherein connections using ports from the respective fraction of available outside port addresses are not logged. pre-allocating a respective fraction of available outside port addresses to each inside IP address, each fraction being equal to one divided by a total of a compression ratio and a dynamic address pool factor, the compression ratio being equal to the number of inside IP addresses assigned for the inside of a carrier grade network address translator "CGN" divided by the number of outside IP addresses assigned for the outside of the CGN, the dynamic address pool factor being added to the compression ratio in order to create a dynamic pool of ports to fulfill overflow concerns; and pre-allocating remaining outside port addresses to the dynamic pool of ports, wherein a port from the dynamic pool of ports is used if a subscriber uses more than the respective fraction of available outside port addresses, wherein connections using ports from the respective fraction of available outside port addresses are not logged.
A surface treating composition for copper or a copper alloy, comprising an imidazole compound represented by the chemical formula: wherein A represents a group represented by formula or a group represented by formula, B represents a hydrogen atom, a methyl group or a phenyl group, and Z represents a group represented by formula or a group represented by formula, wherein n is 0, 1 or 2, and wherein the imidazole compound is present in the composition in an amount of from 0.01 wt% to 10 wt%.
Chisel with a chisel head, a chisel shaft, a fastening sleeve, and with a support element which has on its underside a seating surface and a centering projection projecting beyond the seating surface, the centering projection having a centering surface (34. 1) which merges indirectly or directly into the seating surface, wherein the support element is pierced along the central longitudinal axis by a receiving bore with an inner diameter Di for receiving the chisel shaft, and wherein the fastening sleeve has retaining elements which engage in a circumferential groove of the pick shank to form a rotary bearing with a defined axial clearance, characterized in that a collar height measured in the direction of the central longitudinal axis between an end (34.2) of the centering projection facing away from the seating surface and the seating surface or between the end (34. 2) of the centering projection and an inner end of a recess formed in the support element in a recessed manner relative to the seat surface is designed in such a way that this collar height is greater than the axial clearance of the pivot bearing, and that the ratio between the inner diameter Di of the receiving bore and the collar height is less than 8. and wherein the fastening sleeve has retaining elements which engage in a circumferential groove of the pick shank to form a rotary bearing with a defined axial clearance, characterized in that a collar height measured in the direction of the central longitudinal axis between an end (34.2) of the centering projection facing away from the seating surface and the seating surface or between the end (34. 2) of the centering projection and an inner end of a recess formed in the support element in a recessed manner relative to the seat surface is designed in such a way that this collar height is greater than the axial clearance of the pivot bearing, and that the ratio between the inner diameter Di of the receiving bore and the collar height is less than 8.
Method for checking at least one folded blank which is formed from a planar material and is transported in a running direction and folded transversely thereto into layers (10, 14), wherein the at least one folded blank is guided along at least one blade onto which at least one of the layers is folded, with the result that the at least one blade is located between the layers (10, 14) and at least one component which is provided outside the at least one folded blank lies opposite the at least one blade, and waves (17, 21) are propagated between the at least one blade and the at least one component, wherein the at least one blade has, with respect to the waves (17, 21), at least one physical property which differs from that of the at least one folded blank characterized in that the at least one blade emits and/or detects the waves (17, 21).
A cleaning apparatus comprising: a main body; a brush unit, and a dust collection unit provided with a connection hole adapted to be connected to an external instrument, characterized by said dust collection unit detachably installed on the main body and provided with a plurality of inlets (20a, 20b), through which foreign substances are introduced into the dust collection unit, a shutter to open and close one of the inlets (20a, 20b); a cap to open and close the connection hole; guides to guide opening and closing of the one inlet by the shutter in cooperation with one of whether or not the dust collection unit is attached to or detached from the main body and whether or not the connection hole is opened or closed, and interlocking levers, each of which is provided with one end connected to the shutter and the other end having an interlocking protrusion guided by each guide, rotated together with the shutter, a main body; a brush unit, and a dust collection unit provided with a connection hole adapted to be connected to an external instrument, characterized by said dust collection unit detachably installed on the main body and provided with a plurality of inlets (20a, 20b), through which foreign substances are introduced into the dust collection unit, a shutter to open and close one of the inlets (20a, 20b); a cap to open and close the connection hole; guides to guide opening and closing of the one inlet by the shutter in cooperation with one of whether or not the dust collection unit is attached to or detached from the main body and whether or not the connection hole is opened or closed, and interlocking levers, each of which is provided with one end connected to the shutter and the other end having an interlocking protrusion guided by each guide, rotated together with the shutter,
A system for performing tissue therapy, comprising: a reduced pressure source; a drape configured for positioning over a tissue site of a patient to form a sealed space between the tissue site and the drape for receiving a reduced pressure; a conduit fluidly connected between said reduced pressure source and the tissue site, said conduit configured to apply a reduced pressure produced by said reduced pressure source to the tissue site; an airflow sensor (420, 424, 450) in fluid communication with the sealed space via the conduit, the airflow sensor (420, 424, 450) configured to sense a flow rate level of fluid within the conduit and to generate an airflow sensor signal in response to sensing the flow rate level; a processing unit in electrical communication with the airflow sensor (420, 424, 450) and configured to receive the airflow sensor signal; and an electronic display in communication with the processing unit, said processing unit configured to display a graphical user interface that includes a selectable element to cause said processing unit to enter into a fluid leak location detection mode,, wherein the graphical user interface includes a graphical indicator indicative of the flow rate level while in the fluid leak location mode, the graphical indicator having a dynamic portion which increases and decreases based on the flow rate level. a drape configured for positioning over a tissue site of a patient to form a sealed space between the tissue site and the drape for receiving a reduced pressure; a conduit fluidly connected between said reduced pressure source and the tissue site, said conduit configured to apply a reduced pressure produced by said reduced pressure source to the tissue site; an airflow sensor (420, 424, 450) in fluid communication with the sealed space via the conduit, the airflow sensor (420, 424, 450) configured to sense a flow rate level of fluid within the conduit and to generate an airflow sensor signal in response to sensing the flow rate level; a processing unit in electrical communication with the airflow sensor (420, 424, 450) and configured to receive the airflow sensor signal; and an electronic display in communication with the processing unit, said processing unit configured to display a graphical user interface that includes a selectable element to cause said processing unit to enter into a fluid leak location detection mode,, wherein the graphical user interface includes a graphical indicator indicative of the flow rate level while in the fluid leak location mode, the graphical indicator having a dynamic portion which increases and decreases based on the flow rate level.
Steam generator, comprising: a housing; a flow channel through which a heat exchange fluid, preferably smoke gas, can flow from an inlet of the flow channel to an outlet of the flow channel, wherein at least one portion of the flow channel is arranged in the housing as the first heat exchange element; at least one second heat exchange element which is arranged in the housing and through which water can flow for the generation of steam, a heat transfer medium which is arranged in the housing in order to transmit heat from the heat exchange fluid flowing through the flow channel to the water flowing through the second heat exchange element for the generation of steam, wherein the heat transfer medium is a salt bath, characterised in that the cross-section of the flow channel at the inlet of the flow channel is larger than at the outlet of the flow channel. a housing; a flow channel through which a heat exchange fluid, preferably smoke gas, can flow from an inlet of the flow channel to an outlet of the flow channel, wherein at least one portion of the flow channel is arranged in the housing as the first heat exchange element; at least one second heat exchange element which is arranged in the housing and through which water can flow for the generation of steam, a heat transfer medium which is arranged in the housing in order to transmit heat from the heat exchange fluid flowing through the flow channel to the water flowing through the second heat exchange element for the generation of steam, wherein the heat transfer medium is a salt bath, characterised in that the cross-section of the flow channel at the inlet of the flow channel is larger than at the outlet of the flow channel.
An IP Multimedia Subsystem, IMS, Centralized Services, ICS, Interworking Function, ICS-IWF implemented in a network node of a first Public Land Mobile Network, PLMN, the ICS-IWF comprising: receiving means (61, 67) configured to receive an Update Location Request with an International Mobile Subscriber Identity, IMSI from a Mobile Switching Centre, MSC, Server in a second PLMN; retrieving means configured to retrieve a subscription profile and service settings from a Home Subscriber Server, HSS, mapping means configured to map the subscription profile with service settings into a Circuit-Switched, CS, profile with CS settings, and sending means (61, 67) configured to send an Insert Subscriber Data message including the mapped CS profile and CS settings, to the MSC Server. receiving means (61, 67) configured to receive an Update Location Request with an International Mobile Subscriber Identity, IMSI from a Mobile Switching Centre, MSC, Server in a second PLMN; retrieving means configured to retrieve a subscription profile and service settings from a Home Subscriber Server, HSS, mapping means configured to map the subscription profile with service settings into a Circuit-Switched, CS, profile with CS settings, and sending means (61, 67) configured to send an Insert Subscriber Data message including the mapped CS profile and CS settings, to the MSC Server.
A quench plug system for use in heat treating a workpiece, the quench plug system comprising: a mandrel; and a tapered plug having a longitudinal core axis and configured to be inserted into a central cavity of the mandrel, wherein the tapered plug is configured to allow the mandrel to translate along the core axis of the tapered plug when the mandrel is heated, and wherein the tapered plug has a lower coefficient of thermal expansion than a coefficient of thermal expansion of the mandrel. a mandrel; and a tapered plug having a longitudinal core axis and configured to be inserted into a central cavity of the mandrel, wherein the tapered plug is configured to allow the mandrel to translate along the core axis of the tapered plug when the mandrel is heated, and wherein the tapered plug has a lower coefficient of thermal expansion than a coefficient of thermal expansion of the mandrel.