mhurhangee/patent-ind-claim-en huggingface dataset:
A node in an acoustic network, the node comprising: a communications module configured to receive or transmit network communications carried at acoustic wavelengths via an acoustic medium, each of the network communications being defined by a communications protocol among multiple communications protocols; and characterized by a gate-level digital hardware module communicatively coupled to the communications module and defining therein logic blocks configured to perform respective primitive processing functions, sequences of the logic blocks being capable of processing data units in accordance with any of the multiple communications protocols on a data unit-by-data unit basis without reconfiguring, the gate-level digital hardware module configured to: process a data unit in accordance with a first communications protocol by directing the data unit through a first sequence of logic blocks; and process a subsequent data unit in accordance with a second communications protocol by directing the subsequent data unit through a second of sequence logic blocks. a communications module configured to receive or transmit network communications carried at acoustic wavelengths via an acoustic medium, each of the network communications being defined by a communications protocol among multiple communications protocols; and characterized by a gate-level digital hardware module communicatively coupled to the communications module and defining therein logic blocks configured to perform respective primitive processing functions, sequences of the logic blocks being capable of processing data units in accordance with any of the multiple communications protocols on a data unit-by-data unit basis without reconfiguring, the gate-level digital hardware module configured to: process a data unit in accordance with a first communications protocol by directing the data unit through a first sequence of logic blocks; and process a subsequent data unit in accordance with a second communications protocol by directing the subsequent data unit through a second of sequence logic blocks. process a data unit in accordance with a first communications protocol by directing the data unit through a first sequence of logic blocks; and process a subsequent data unit in accordance with a second communications protocol by directing the subsequent data unit through a second of sequence logic blocks.
An image display device, comprising: a storage unit configured to store imaging information including endoscopic images of an imaging target organ; a connection relationship setting unit configured to set a connection relationship between a plurality of endoscopic images stored in the storage unit based on the imaging information; a landmark image detection unit configured to detect a landmark image by detecting a predetermined anatomical landmark corresponding to the imaging target organ among the plurality of endoscopic images stored in the storage unit; the landmark referring to a part which is necessarily present in the imaging target organ and shows a characteristic shape; a mapping unit configured to assign the landmark image detected by the landmark image detection unit to a landmark portion of a virtual model corresponding to the imaging target organ and to assign the plurality of endoscopic images stored in the storage unit to corresponding portions of the virtual model using the connection relationship set by the connection relationship setting unit with the landmark image as a base point a map image generation unit configured to generate a map image, which shows an imaged region and a non-imaged region of the imaging target organ, based on the virtual model in which the plurality of endoscopic images are assigned to respective portions by the mapping unit; and a display control unit configured to display the map image generated by the map image generation unit on a monitor. a storage unit configured to store imaging information including endoscopic images of an imaging target organ; a connection relationship setting unit configured to set a connection relationship between a plurality of endoscopic images stored in the storage unit based on the imaging information; a landmark image detection unit configured to detect a landmark image by detecting a predetermined anatomical landmark corresponding to the imaging target organ among the plurality of endoscopic images stored in the storage unit; the landmark referring to a part which is necessarily present in the imaging target organ and shows a characteristic shape; a mapping unit configured to assign the landmark image detected by the landmark image detection unit to a landmark portion of a virtual model corresponding to the imaging target organ and to assign the plurality of endoscopic images stored in the storage unit to corresponding portions of the virtual model using the connection relationship set by the connection relationship setting unit with the landmark image as a base point a map image generation unit configured to generate a map image, which shows an imaged region and a non-imaged region of the imaging target organ, based on the virtual model in which the plurality of endoscopic images are assigned to respective portions by the mapping unit; and a display control unit configured to display the map image generated by the map image generation unit on a monitor.
Draining device - with a housing designed as a collecting container with a housing base arranged geodetically at the bottom, and - with an inlet opening into the housing and a drain arranged in a geodetically on the side of the housing , - wherein the drain has a passage opening , - which forms a geodetically lower overflow apex , which is arranged higher than the housing base , - wherein the inlet has an inlet opening , which opens into the housing and is arranged geodetically lower than the overflow apex , - wherein the drain has a horizontally extending drain pipe section with a pipe cross-sectional area (QF1), which is arranged higher than the housing base , and - wherein the overflow apex is arranged geodetically above a geodetically lower end of the pipe cross-sectional area (QF1), characterised in that - the draining device has a transition pipe piece , which forms a reduction of a first pipe section with a larger pipe cross section on a second pipe section with a smaller pipe cross section, - wherein the housing is formed from the first pipe section and a closure element , which closes the free end of the first pipe section , and - wherein the horizontally extending drain pipe section is formed by the second pipe section . - with a housing designed as a collecting container with a housing base arranged geodetically at the bottom, and - with an inlet opening into the housing and a drain arranged in a geodetically on the side of the housing , - wherein the drain has a passage opening , - which forms a geodetically lower overflow apex , which is arranged higher than the housing base , - wherein the inlet has an inlet opening , which opens into the housing and is arranged geodetically lower than the overflow apex , - wherein the drain has a horizontally extending drain pipe section with a pipe cross-sectional area (QF1), which is arranged higher than the housing base , and - wherein the overflow apex is arranged geodetically above a geodetically lower end of the pipe cross-sectional area (QF1), characterised in that - the draining device has a transition pipe piece , which forms a reduction of a first pipe section with a larger pipe cross section on a second pipe section with a smaller pipe cross section, - wherein the housing is formed from the first pipe section and a closure element , which closes the free end of the first pipe section , and - wherein the horizontally extending drain pipe section is formed by the second pipe section .
Air spring connecting device for mounting an air spring strut on a vehicle, comprising - an air spring support bearing having a head bearing receiver , - a head bearing having at least one cylindrical outer surface (M), - a piston rod , wherein the piston rod is axially guided through the head bearing and is sealed in an airtight manner relative to the head bearing , wherein the head bearing is arranged in a head bearing receiver of the air spring support bearing arranged coaxially relative to the piston rod and an airtight connection is formed between the head bearing receiver of the air spring support bearing and the head bearing , wherein at least one press connection element is arranged in direct contact with the head bearing receiver of the air spring support bearing and the head bearing , and at least one sealing element is arranged, in the region of the head bearing receiver between the air spring support bearing and the head bearing , characterized in that the at least one sealing element forms a substance-to-substance bond with the head bearing and is/are configured as one or more sealing lip(s) of the head bearing . - an air spring support bearing having a head bearing receiver , - a head bearing having at least one cylindrical outer surface (M), - a piston rod , wherein the piston rod is axially guided through the head bearing and is sealed in an airtight manner relative to the head bearing ,
Use of lithium silicate glass ceramic, which comprises 8.0 to 18.0 wt.-% ZrO 2 and comprises lithium metasilicate or lithium disilicate as main crystal phase and comprises more than 10 vol.-% of lithium metasilicate crystals and/or lithium disilicate crystals, as dental material.
A p-type thermoelectric conversion material having a full Heusler alloy having a composition represented by the following General Formula and having a relative density of 85% or more, Fe x Ti y MA a MB b ... wherein in Formula , MA is one element selected from the group consisting of Si, Sn, and Ge, MB is one element selected from the group consisting of Al, Ga, and In, and x, y, a, and b are numbers set so that x + y + a + b = 100, a + b = z, 50 < x ≤ 52.5, 20 ≤ y ≤ 24.5, 24.5 ≤ z ≤ 29, a > 0, and b > 0 in atom%, respectively.
An antigen recognizing construct comprising a first domain and a second domain, each domain comprising three complementary determining regions (CDRs), wherein the first domain comprises the amino acid sequences according to SEQ ID NOs: 6 (CDRa2) and 7 (CDRa3), and the second domain comprises the amino acid sequences according to SEQ ID NOs: 14 (CDRb2) and 15 (CDRb3), wherein a) the CDRal of the first domain is as set forth in SEQ ID NO:5 and the CDRbl of the second domain is selected from one of the amino acid sequences according to SEQ ID NOs: 37 to 44, or b) the CDRal of the first domain is as set forth in SEQ ID NO:26 and the CDRbl of the second domain is selected from one of the amino acid sequences according to SEQ ID NOs: 13 and 37 to 49, wherein the antigen recognizing construct is a T cell receptor (TCR) or derivative or fragment thereof, wherein the derivative or fragment retains the antigen binding and/or recognizing ability of the parent molecule to specifically and/or selectively bind to a COL6A3 antigenic polypeptide. a) the CDRal of the first domain is as set forth in SEQ ID NO:5 and the CDRbl of the second domain is selected from one of the amino acid sequences according to SEQ ID NOs: 37 to 44, or b) the CDRal of the first domain is as set forth in SEQ ID NO:26 and the CDRbl of the second domain is selected from one of the amino acid sequences according to SEQ ID NOs: 13 and 37 to 49, wherein the antigen recognizing construct is a T cell receptor (TCR) or derivative or fragment thereof, wherein the derivative or fragment retains the antigen binding and/or recognizing ability of the parent molecule to specifically and/or selectively bind to a COL6A3 antigenic polypeptide.
A trigger-type liquid sprayer comprising: a sprayer main body configured to be attached to a container (A); an operation lever held to be swingable in a front-back direction with respect to the sprayer main body ; and a spring member urging the operation lever forward, the trigger-type liquid sprayer being configured to suck, pressurize, and pump a content liquid stored in the container to spray the content liquid to outside by swinging the operation lever in the front-back direction so as to actuate a pump provided in the sprayer main body , wherein the spring member includes a fixed part that is located in front of a swing center (C) of the operation lever and is fixed and held to the sprayer main body , and a projection that is located below the fixed part , and the operation lever includes an inclined surface that is inclined upward from downward and frontward from backward and is urged by the projection abutting against the inclined surface , characterized in that the inclined surface is a curved inclined surface that is curved in a direction away from the projection . the spring member includes a fixed part that is located in front of a swing center (C) of the operation lever and is fixed and held to the sprayer main body , and a projection that is located below the fixed part , and the operation lever includes an inclined surface that is inclined upward from downward and frontward from backward and is urged by the projection abutting against the inclined surface , characterized in that the inclined surface is a curved inclined surface that is curved in a direction away from the projection .
A coupling element for connecting a helical eccentric screw pump rotor to a drive shaft, comprising a drive shaft receiving section and a rotor connecting section , situated opposite therefrom, that is designed as a hollow cylinder for accommodating a rotor end , wherein the hollow cylinder has at least two inner circumferential surfaces (B) that are complementary to the rotor and that have a radius (R2) which is fixed with respect to the cross-sectional center of the hollow cylinder , characterized in that at least one surface section (A, C) having a larger inner radius (R1, R3) than the radius (R2) is present between the inner circumferential surfaces (B).
Projection arrangement for a head-up display (HUD), at least comprising - a laminated pane having an electrically conductive coating , comprising an outer pane and an inner pane , which are connected to one another via a thermoplastic intermediate layer , and - a projector which is directed toward the HUD region (B); wherein - the radiation of the projector is predominantly p-polarised, - the electrically conductive coating has a first surface region (20.1) within the HUD region (B) and a second surface region (20.2) outside the HUD region (B), - the electrically conductive coating has at least one partial region within the first surface region (20.1), in which the electrically conductive coating consists of, in this order, a first dielectric layer or layer sequence , a first electrically conductive layer based on silver, and a second dielectric layer or layer sequence , and is suitable for reflecting p-polarized radiation, - the electrically conductive coating within the second surface region (20.2) comprises, in this order, at least a first dielectric layer or layer sequence , a first electrically conductive layer based on silver, a second dielectric layer or layer sequence , a second electrically conductive layer based on silver, and a third dielectric layer or layer sequence and wherein the electrically conductive coating in the first surface portion (20.1) within the HUD region (B) can be obtained, by means of subtractive processes, from the electrically conductive coating in the second surface portion (20.2). - a laminated pane having an electrically conductive coating , comprising an outer pane and an inner pane , which are connected to one another via a thermoplastic intermediate layer , and - a projector which is directed toward the HUD region (B); - the radiation of the projector is predominantly p-polarised, - the electrically conductive coating has a first surface region (20.1) within the HUD region (B) and a second surface region (20.2) outside the HUD region (B), - the electrically conductive coating has at least one partial region within the first surface region (20.1), in which the electrically conductive coating consists of, in this order, a first dielectric layer or layer sequence , a first electrically conductive layer based on silver, and a second dielectric layer or layer sequence , and is suitable for reflecting p-polarized radiation, - the electrically conductive coating within the second surface region (20.2) comprises, in this order, at least a first dielectric layer or layer sequence , a first electrically conductive layer based on silver, a second dielectric layer or layer sequence , a second electrically conductive layer based on silver, and a third dielectric layer or layer sequence
A work machine comprising: a multi-joint work device for forming a target construction surface ; a plurality of hydraulic actuators for driving the work device based on control signals: and a controller including a trajectory corrective control signal calculation section for calculating based on a distance from the work device to the target construction surface a trajectory corrective control signal that is a control signal for at least one correction target hydraulic actuator among the plurality of hydraulic actuators such that a motion trajectory of the work device is maintained above the target construction surface , characterized in that the controller further includes a power corrective control signal calculation section for calculating, when a difference between a target power and an actual power of at least one particular hydraulic actuator among the plurality of hydraulic actuators is larger than a predetermined output power value (W1), a power corrective control signal that is a control signal for the correction target hydraulic actuator based on a drive pressure of the particular hydraulic actuator , and the correction target hydraulic actuator is controlled based on a larger one of the power corrective control signal and the trajectory corrective control signal while the particular hydraulic actuator is being operated. a multi-joint work device for forming a target construction surface ; a plurality of hydraulic actuators for driving the work device based on control signals: and a controller including a trajectory corrective control signal calculation section for calculating based on a distance from the work device to the target construction surface a trajectory corrective control signal that is a control signal for at least one correction target hydraulic actuator among the plurality of hydraulic actuators such that a motion trajectory of the work device is maintained above the target construction surface , characterized in that the controller further includes a power corrective control signal calculation section for calculating, when a difference between a target power and an actual power of at least one particular hydraulic actuator among the plurality of hydraulic actuators is larger than a predetermined output power value (W1), a power corrective control signal that is a control signal for the correction target hydraulic actuator based on a drive pressure of the particular hydraulic actuator , and the correction target hydraulic actuator is controlled based on a larger one of the power corrective control signal and the trajectory corrective control signal while the particular hydraulic actuator is being operated.
A lithium-ion battery module, comprising: - a housing having external walls and a plurality of electrically insulative internal partitions defining a plurality of compartments ; - a plurality of cylindrical lithium-ion cell elements corresponding in number to the plurality of compartments and disposed within the plurality of compartments , wherein each compartment of the plurality of compartments is configured to receive one cylindrical lithium-ion cell element of the plurality of cylindrical lithium-ion cell elements and to receive electrolyte, and wherein connectors are provided above the plurality of cylindrical lithium-ion battery cell elements to electrically couple each of the plurality of cylindrical lithium-ion battery cell elements to one or more other of the plurality of cylindrical lithium-ion cell elements ; and - an electrically insulative cover configured to be coupled to the housing , to route electrolyte into each of the compartments and to seal the compartments of the housing from each other, wherein the electrically insulative cover includes recesses to accommodate the connectors, characterized in that the housing is an electrically insulative housing, the plurality of electrically insulative internal partitions do not extend to the top of the electrically insulative housing , and the electrically insulative cover further comprises a plurality of additional recesses , each additional recess configured to distribute electrolyte to a corresponding one of the plurality of compartments through an opening disposed in each additional recess of the plurality of additional recesses . - a housing having external walls and a plurality of electrically insulative internal partitions defining a plurality of compartments ; - a plurality of cylindrical lithium-ion cell elements corresponding in number to the plurality of compartments and disposed within the plurality of compartments , wherein each compartment of the plurality of compartments is configured to receive one cylindrical lithium-ion cell element of the plurality of cylindrical lithium-ion cell elements and to receive electrolyte, and wherein connectors are provided above the plurality of cylindrical lithium-ion battery cell elements to electrically couple each of the plurality of cylindrical lithium-ion battery cell elements to one or more other of the plurality of cylindrical lithium-ion cell elements ; and - an electrically insulative cover configured to be coupled to the housing , to route electrolyte into each of the compartments and to seal the compartments of the housing from each other, wherein the electrically insulative cover includes recesses to accommodate the connectors,