mhurhangee/patent-ind-claim-en huggingface dataset:
A drainage pump assembly comprising a drainage pump and an outlet conduit connected to said drainage pump , the drainage pump comprising a pump chamber and being configured to pump liquid comprising solid matter, wherein the outlet conduit comprises: - a sedimentation trap having an inlet opening , an outlet opening and a belly located between said inlet opening and said outlet opening , wherein the belly is closed to the outside of the sedimentation trap except via said inlet opening and said outlet opening , and - a first conduit extending between the pump chamber of the drainage pump and the belly of the sedimentation trap , wherein said first conduit comprises a non-return valve , and wherein the outlet opening of the sedimentation trap is configured to be connected to a second conduit . - a sedimentation trap having an inlet opening , an outlet opening and a belly located between said inlet opening and said outlet opening , wherein the belly is closed to the outside of the sedimentation trap except via said inlet opening and said outlet opening , and - a first conduit extending between the pump chamber of the drainage pump and the belly of the sedimentation trap ,
A device for treating calcified lesions in the vessel of a patient comprising: an elongated member ; an angioplasty balloon sealed to the distal end of the elongated member and being fillable with a conductive fluid; and two shock wave generation stations longitudinally spread along the length of the elongated member within the angioplasty balloon, each shockwave generation station including a cylindrical conductive sheath mounted around the elongated member, each sheath having at least two insulated wires passing therethrough between the outer surface of the elongated member and the inner surface of the sheath, each wire having a portion of the insulation removed to define an electrode , each electrode being located adjacent an end of the conductive sheath so that when a voltage pulse is applied across the wires, each shock wave generation station will generate two shock waves. an elongated member ; an angioplasty balloon sealed to the distal end of the elongated member and being fillable with a conductive fluid; and two shock wave generation stations longitudinally spread along the length of the elongated member within the angioplasty balloon, each shockwave generation station including a cylindrical conductive sheath mounted around the elongated member, each sheath having at least two insulated wires passing therethrough between the outer surface of the elongated member and the inner surface of the sheath, each wire having a portion of the insulation removed to define an electrode , each electrode being located adjacent an end of the conductive sheath so that when a voltage pulse is applied across the wires, each shock wave generation station will generate two shock waves.
A fuel tank unit for storing liquefied gas fuel as a first liquid, and second liquid fuel in a marine vessel, the unit comprising a first fuel tank for liquefied gas fuel and a second fuel tank for the second liquid fuel, the first fuel tank is enclosed by a first shell and the first shell is enclosed by a second shell wherein a vacuum heat insulation is arranged between the first shell and the second shell , and the second shell is enclosed at least partially by a third shell wherein the second fuel tank is arranged between the second shell and the third shell , wherein fuel tank unit comprises at least two liquefied gas fuel conduits enclosed with the insulation , the conduits extending through the second shell and the third shell and the insulation to the first tank , wherein one of the conduits opens to the bottom part of the first fuel tank while the other opens into an upper part of the first tank , and wherein the fuel tank unit comprises at least one liquid fuel conduit extending through the third shell , which conduit opens to the bottom part of the second tank , characterized in that at least one of the conduits opening to the upper part of the first tank is provided with spraying nozzles.
An apparatus for protecting the heart from an implanted inlet element of a blood pump comprising: a flange member having a first radially constricted configuration and a second radially expanded configuration, the flange member being biased in its second radially expanded configuration, the flange member defining an opening there through sized to receiving the inlet element of the blood pump; and a retaining element extending from the flange member, the retaining element being flexible and sized to be disposed about at least a portion of the inlet element, the retaining element defines a tubular body having a proximal end and a distal end , the tubular body defines an annular pocket distal to the distal end of the tubular body, and the flange member includes a flexible washer disposed within the annular pocket. a flange member having a first radially constricted configuration and a second radially expanded configuration, the flange member being biased in its second radially expanded configuration, the flange member defining an opening there through sized to receiving the inlet element of the blood pump; and a retaining element extending from the flange member, the retaining element being flexible and sized to be disposed about at least a portion of the inlet element, the retaining element defines a tubular body having a proximal end and a distal end , the tubular body defines an annular pocket distal to the distal end of the tubular body, and the flange member includes a flexible washer disposed within the annular pocket.
A method of imaging an object , comprising: generating electromagnetic radiation ; directing the electromagnetic radiaton through a waveguide , wherein the electromagnetic radiation is guided through the waveguide by total internal reflection and the electromagnetic radiation impinges on the object and is reflected therefrom; spatially modulating the reflected electromagnetic radiation by visible light from a visible light source or by near infrared light from a near infrared source ; detecting the spatially modulated reflected electromagnetic radiation ; reconstructing an image of the object from the detected modulated reflected electromagnetic radiation ; characterised in that : the object to be imaged is positioned on a spatial light modulator, SLM , which is illuminated by said visible or near infrared light to generate the spatial modulation of the electromagnetic radiation at the SLM , and said SLM is disposed or positioned on the waveguide to form an interface therewith; and the electromagnetic radiation is directed through the waveguide such that it impinges on the object to be imaged at the SLM/waveguide interface and is reflected therefrom. generating electromagnetic radiation ; directing the electromagnetic radiaton through a waveguide , wherein the electromagnetic radiation is guided through the waveguide by total internal reflection and the electromagnetic radiation impinges on the object and is reflected therefrom; spatially modulating the reflected electromagnetic radiation by visible light from a visible light source or by near infrared light from a near infrared source ; detecting the spatially modulated reflected electromagnetic radiation ; reconstructing an image of the object from the detected modulated reflected electromagnetic radiation ; characterised in that : the object to be imaged is positioned on a spatial light modulator, SLM , which is illuminated by said visible or near infrared light to generate the spatial modulation of the electromagnetic radiation at the SLM , and said SLM is disposed or positioned on the waveguide to form an interface therewith; and the electromagnetic radiation is directed through the waveguide such that it impinges on the object to be imaged at the SLM/waveguide interface and is reflected therefrom. the object to be imaged is positioned on a spatial light modulator, SLM , which is illuminated by said visible or near infrared light to generate the spatial modulation of the electromagnetic radiation at the SLM , and said SLM is disposed or positioned on the waveguide to form an interface therewith; and the electromagnetic radiation is directed through the waveguide such that it impinges on the object to be imaged at the SLM/waveguide interface and is reflected therefrom.
A non-therapeutic use of a shikimic acid or a composition containing shikimic acid for skin regeneration, wherein the skin regeneration is promoting proliferation of fibroblasts, and wherein the shikimic acid is used at a concentration of 0.8 mM to 5 mM or the composition comprises shikimic acid at a concentration of 0.8 mM to 5 mM. wherein the skin regeneration is promoting proliferation of fibroblasts, and wherein the shikimic acid is used at a concentration of 0.8 mM to 5 mM or the composition comprises shikimic acid at a concentration of 0.8 mM to 5 mM.
A mobile device comprising: a processor , a memory coupled to the processor, a display , an input mechanism , a first communication interface configured for communication with a cellular network or a wireless data network, a second communication interface configured to receive information related to an available parking space broadcast from a first local sensor node in communication range of the mobile device wherein the available parking space is detected by a second local sensor node different from the first local sensor node , said information including a location of the available parking; wherein the processor is configured to 1) determine a current location of the mobile device ; 2) output a map to the display , said map including streets, the location of the mobile device and the location of the available parking space; 3) receive a request to initiate a transaction to purchase parking via the input mechanism , characterized in that the processor is further configured to 4) generate the transaction to purchase the parking via one or more communications with a remote device via the first communication interface ; and 5) receive an electronic receipt from the remote device indicating the parking is purchased wherein the mobile device is configured to only receive communications from and not send communications to the first local sensor node .
An article for production of or use in an electrochemical cell, said article comprising: - a first electrode comprising lithium, said first electrode comprising a first surface; - a second electrode, said second electrode comprising a second surface; - an electrolyte; wherein said article further comprises (i) a first additive wherein the first additive comprises a xanthate group; and (ii) a second additive wherein the second additive comprises an (oxalato)borate group, and wherein the first additive is present in the electrolyte, the second additive is present in the electrolyte at greater than or equal to 0.2 wt% versus the total weight of the electrolyte, and wherein the ratio of the total weight of the first additive to the total weight of the second additive is less than or equal to 3. - a first electrode comprising lithium, said first electrode comprising a first surface; - a second electrode, said second electrode comprising a second surface; - an electrolyte; (i) a first additive wherein the first additive comprises a xanthate group; and (ii) a second additive wherein the second additive comprises an (oxalato)borate group, and wherein the first additive is present in the electrolyte, the second additive is present in the electrolyte at greater than or equal to 0.2 wt% versus the total weight of the electrolyte, and wherein the ratio of the total weight of the first additive to the total weight of the second additive is less than or equal to 3.
A portable recording apparatus to be used for recording an inspection result for a hydrogen station, comprising: an image generator configured to generate an input image, which is configured to receive an input of the inspection result, and a circuit configuration image (CSI) which represents a part of a circuit configuration in the hydrogen station; a display portion configured to display the input image and the circuit configuration image (CSI); and a storage in which the inspection result is stored, the inspection result having been input by using the input image which is displayed on the display portion , characterised in that the input image shows icons (PB1-PB5, PC1-PC5) representing predetermined inspection points in the hydrogen station, respectively, and input windows (IW1-IW5, IX1-IX5) displayed in correspondence to the inspection points, respectively, and that when one of the inspection points displayed on the display portion is designated under an operation for one of the icons (PB1-PB5, PC1-PC5), the image generator is configured to generate the circuit configuration image (CSI) so that the designated inspection point is displayed on the display portion as the part of the circuit configuration. an image generator configured to generate an input image, which is configured to receive an input of the inspection result, and a circuit configuration image (CSI) which represents a part of a circuit configuration in the hydrogen station; a display portion configured to display the input image and the circuit configuration image (CSI); and a storage in which the inspection result is stored, the inspection result having been input by using the input image which is displayed on the display portion , characterised in that the input image shows icons (PB1-PB5, PC1-PC5) representing predetermined inspection points in the hydrogen station, respectively, and input windows (IW1-IW5, IX1-IX5) displayed in correspondence to the inspection points, respectively, and that when one of the inspection points displayed on the display portion is designated under an operation for one of the icons (PB1-PB5, PC1-PC5), the image generator is configured to generate the circuit configuration image (CSI) so that the designated inspection point is displayed on the display portion as the part of the circuit configuration.
A method for dynamic rate adaption in a wireless network , the method comprising: selecting a plurality of pre-selected data rates for use in transmitting data in the wireless network , each pre-selected data rate associated with a number of spatial streams, Nss, and a modulating and coding, MCS, type, the pre-selected data rates being a subset of all data rates supported by the wireless network ; transmitting one or more probe transmissions to detect a maximum achievable data rate from the plurality of pre-selected data rates; determining that the maximum achievable data rate does not meet a threshold criteria; transmitting one or more probe transmissions from a plurality of candidate data rates, each candidate data rate associated with a Nss and MCS type, each candidate data rate not being associated with a pre-selected data rate; and if at least one candidate data rate meets the threshold criteria, reconfiguring the pre-selected data rates to include the at least one successful candidate data rate. selecting a plurality of pre-selected data rates for use in transmitting data in the wireless network , each pre-selected data rate associated with a number of spatial streams, Nss, and a modulating and coding, MCS, type, the pre-selected data rates being a subset of all data rates supported by the wireless network ; transmitting one or more probe transmissions to detect a maximum achievable data rate from the plurality of pre-selected data rates; determining that the maximum achievable data rate does not meet a threshold criteria; transmitting one or more probe transmissions from a plurality of candidate data rates, each candidate data rate associated with a Nss and MCS type, each candidate data rate not being associated with a pre-selected data rate; and if at least one candidate data rate meets the threshold criteria, reconfiguring the pre-selected data rates to include the at least one successful candidate data rate.
An information processing apparatus comprising: a processing unit configured to control combining of a captured image and an operation target image so as to generate a combined image for feeding back gesture recognition to a user, wherein a predetermined target is recognized from the captured image, the predetermined target being a face or a hand, and a spatial frequency or hue in the background portion of the captured image is detected, wherein a degree of visualization in part of the captured image is changed in the combined image, and wherein the part of the captured image corresponds to a region of the combined image having a position determined according to a position in the operation target image of an operation target object in the combined image, and wherein changing the degree of the visualization of the captured image includes dynamically changing a degree to which the captured image is transparent based on the detected spatial frequency or the hue in the background portion of the captured image. a processing unit configured to control combining of a captured image and an operation target image so as to generate a combined image for feeding back gesture recognition to a user, wherein a predetermined target is recognized from the captured image, the predetermined target being a face or a hand, and a spatial frequency or hue in the background portion of the captured image is detected, wherein a degree of visualization in part of the captured image is changed in the combined image, and wherein the part of the captured image corresponds to a region of the combined image having a position determined according to a position in the operation target image of an operation target object in the combined image, and wherein changing the degree of the visualization of the captured image includes dynamically changing a degree to which the captured image is transparent based on the detected spatial frequency or the hue in the background portion of the captured image.
A particle identification sensor for sensing particles , the sensor comprising: a first flow path through which an electrolytic solution containing particles can pass, the first flow path being formed in a first layer ; and a first electrode disposed in the first flow path ; characterized in that : the particle identification sensor further comprises: a plurality of second flow paths through which the electrolytic solution can pass, the second flow paths being each independently formed in a second layer ; a plurality of through holes each connecting the first flow path to one of the plurality of second flow paths ; and a plurality of second electrodes disposed in the second flow paths ; and the particle identification sensor is configured to identify the particles by measuring a time change of an ion current generated when the particles pass through the through holes . a first flow path through which an electrolytic solution containing particles can pass, the first flow path being formed in a first layer ; and a first electrode disposed in the first flow path ; the particle identification sensor further comprises: a plurality of second flow paths through which the electrolytic solution can pass, the second flow paths being each independently formed in a second layer ; a plurality of through holes each connecting the first flow path to one of the plurality of second flow paths ; and a plurality of second electrodes disposed in the second flow paths ; and a plurality of second flow paths through which the electrolytic solution can pass, the second flow paths being each independently formed in a second layer ; a plurality of through holes each connecting the first flow path to one of the plurality of second flow paths ; and a plurality of second electrodes disposed in the second flow paths ; and the particle identification sensor is configured to identify the particles by measuring a time change of an ion current generated when the particles pass through the through holes .
Composite material board, more particularly wood composite board with at least one core layer made of strands and with cover layers made of chips , wherein the composite material board is formed through pressing a multiple-layer press material mat , wherein the multiple-layer press material mat is produced with at least core press material layer of strands and a lower and an upper cover press material layer of chips , characterised in that one or both cover layers are designed as non-full area cover layers in such a way that individual strands at least partially extend through the cover layer , forming interruptions in the cover layer , as far as the board surface, wherein the lower cover press material layer and the upper cover press material layer are produced in such a way that during the pressing, initially full-area cover layers with continuous surfaces of cover layer chips are formed, and then through surface machining of the cover layers the non-continuous cover layers are produced and individual strands at least partially extend through the cover layers, forming interruptions in the cover layers, as far as the board surface and are thus visible.
An assembly system for connection of a wall-cupboard to a supporting structure consisting of two walls : a first rear load-bearing wall and a second front wall , interspaced with respect to said first wall so as to form an interspace , the system comprising supporting plates which can be assembled outside said second front wall and rigid connection elements (C) which can be housed in said interspace between said first rear load-bearing wall and said plates , wherein the position of said rigid connection elements (C) can be regulated in depth and said rigid connection elements (C) comprise a first part (P1) fixed to said rear wall and a second part (P2) fixed to said plates , said first and second parts (P1,P2) are interconnected so that the position can be telescopically regulated in depth, by means of regulation means, characterized in that said rigid connection elements (C) comprise a tubular upright which can be fixed to the rear wall and to said plates .