mhurhangee/patent-ind-claim-en huggingface dataset:
Eye socket covering grid having a main body which forms webs , is perforated and designed as a plate, can be deformed three-dimensionally, is adaptable to an individual skull bone, which has a tip , and which has an outer circumferential end edge , wherein a plurality of longitudinal first recesses , which are separated from the end edge by a web and are directly adjacent to the end edge , are arranged following at least a section of the end edge , wherein in the direction of the center of the grid a plurality of second, longitudinal recesses are provided, which have the same orientation as the respective adjacent first recess located radially outside of it, characterized in that the webs and recesses are aligned and designed to form an imaginary dividing line in order to define a predetermined breaking line.
A cable duct system comprising cable duct elements having guide tracks and at least one coupling element , wherein the cable duct elements can be joined together in their longitudinal direction by means of at least one coupling element and the cable duct elements consist of an approximately U-shaped duct lower part, and in particular a cover that can be arranged thereon, wherein the coupling element can be inserted into the free end regions of the cable duct elements in a releasable and/or slidable manner, wherein the coupling element that is guided on at least one of the side wall at the end regions of one of the cable duct elements comprises at least two spring systems , wherein the spring systems are arranged approximately parallel and spaced apart from each other via an aperture , wherein each spring system extends along a longitudinal direction of the plate-shaped coupling element and comprises a first spring element and a second spring element , wherein the first spring element extends at an acute angle to the second spring element and the second spring element is spaced apart from the first spring element in the longitudinal direction, wherein the first spring element is affixed to the coupling element only at its first end, and at its second end is connected to a first end of the second spring element and spaced apart therefrom via at least one web , which is arranged approximately orthogonally to the second spring element , and wherein only the second end of the second spring element is affixed on the coupling element , wherein the web of the first spring system is arranged such that it is spaced apart from the web of the second spring system , wherein the coupling element has at least a first guiding system arranged approximately parallel to the spring systems , which ensures that the coupling element can be arranged such that it can be readily slid in the guide tracks of one of the cable duct elements in a plane parallel to the side wall , and in the assembled state the coupling element is positioned in a non-slidable manner at the end face of the side wall of one of the cable duct elements via the first spring system and is fixed on the side wall of this cable duct element via the second spring system .
A method of wireless communication at a base station, comprising: receiving , from a User Equipment, UE, a first random access message comprising a preamble; transmitting , to the UE, a second random access message using a first narrowband, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a second narrowband to be used by the UE for receiving a fourth random access message from the base station following the RAR; receiving , from the UE, a third random access message comprising a report of a first measurement of the first narrowband or a second measurement of the second narrowband; determining whether the report received in the third random access message comprises the first measurement of the first narrowband or the second measurement of the second narrowband; and transmitting the fourth random access message using the second narrowband receiving , from a User Equipment, UE, a first random access message comprising a preamble; transmitting , to the UE, a second random access message using a first narrowband, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a second narrowband to be used by the UE for receiving a fourth random access message from the base station following the RAR; receiving , from the UE, a third random access message comprising a report of a first measurement of the first narrowband or a second measurement of the second narrowband; determining whether the report received in the third random access message comprises the first measurement of the first narrowband or the second measurement of the second narrowband; and transmitting the fourth random access message using the second narrowband
Method for controlling a temperature distribution in a heat exchanger, with which an actual temperature distribution in the heat exchanger is measured by means of at least one optical waveguide , especially in the form of a glass fiber, arranged in the heat exchanger , wherein light is coupled into the at least one optical waveguide and light dispersed in the optical waveguide is analyzed to determine the actual temperature distribution, and wherein the heat exchanger has a tube bundle having a plurality of tubes arranged in a shell space (M) of the heat exchanger , and wherein the actual temperature distribution is measured by means of the at least one optical waveguide , which is arranged in the interior of a tube of the tube bundle and/or on an exterior of a tube of the tube bundle in the shell space (M), and wherein the heat exchanger is configured as a coil-wound heat exchanger, characterized in that at least one stream (S, S') of a fluid medium (F, F') conducted in the heat exchanger is controlled such that the actual temperature distribution is approximated to a target temperature distribution, and wherein - the tubes form a plurality of sections (R1, R2, R3) of the tube bundle which can be separately filled with said medium, wherein the individual sections (R1, R2, R3) are each filled with said medium (F') in such a way that the actual temperature distribution is approximated to the target temperature distribution, or - a stream (S, S') of a fluid medium (F) is distributed in the shell space (M) into the tube bundle in such a way that the actual temperature distribution is approximated to the target temperature distribution, wherein the fluid medium (F) is variably distributed into the tube bundle in the radial direction (R) of the tube bundle and/or in a circumferential direction (U) of the tube bundle so that the actual temperature distribution is approximated to the target temperature distribution. - the tubes form a plurality of sections (R1, R2, R3) of the tube bundle which can be separately filled with said medium, wherein the individual sections (R1, R2, R3) are each filled with said medium (F') in such a way that the actual temperature distribution is approximated to the target temperature distribution, or - a stream (S, S') of a fluid medium (F) is distributed in the shell space (M) into the tube bundle in such a way that the actual temperature distribution is approximated to the target temperature distribution, wherein the fluid medium (F) is variably distributed into the tube bundle in the radial direction (R) of the tube bundle and/or in a circumferential direction (U) of the tube bundle so that the actual temperature distribution is approximated to the target temperature distribution.
A detection device comprising: a housing comprising a front face , a back face , and side edges connecting the front and back faces and disposed therebetween, wherein said housing comprises therein a battery, a processor, and a transmitter; and a clip element rotatably connected to the housing , wherein the clip element comprises one or more locking elements arranged to mechanically engage with at least a portion of the side edge when in a closed position, and wherein said clip element can be rotated from an open position, where the locking elements do not mechanically engage with said side edge , to said closed position, and wherein said detection device is suitable for coupling to an absorbent article and arranged such that when in said closed position at least one layer of said absorbent article is interposed between said housing and said clip element ; wherein said housing further comprises a plurality of conductive terminals that are exposed on the front face of said housing and facing said clip element when in the closed position, said conductive terminals being arranged to come into contact with one or more conductive sensor tracks positioned on a surface of the absorbent article ; and wherein the absorbent article comprises a pocket sized to accommodate the housing of the detection device therein and to expose at least a portion thereof, said portion corresponding at least to shoulders of the housing . a housing comprising a front face , a back face , and side edges connecting the front and back faces and disposed therebetween, wherein said housing comprises therein a battery, a processor, and a transmitter; and a clip element rotatably connected to the housing , wherein the clip element comprises one or more locking elements arranged to mechanically engage with at least a portion of the side edge when in a closed position, and wherein said clip element can be rotated from an open position, where the locking elements do not mechanically engage with said side edge , to said closed position, and wherein said detection device is suitable for coupling to an absorbent article and arranged such that when in said closed position at least one layer of said absorbent article is interposed between said housing and said clip element ; wherein said housing further comprises a plurality of conductive terminals that are exposed on the front face of said housing and facing said clip element when in the closed position, said conductive terminals being arranged to come into contact with one or more conductive sensor tracks positioned on a surface of the absorbent article ; and wherein the absorbent article comprises a pocket sized to accommodate the housing of the detection device therein and to expose at least a portion thereof, said portion corresponding at least to shoulders of the housing .
A dry and solid fertiliser in the form of discreet particles, wherein particles of the dry and solid fertiliser comprise a homogenous mixture of organic and inorganic materials, the inorganic material comprising at least one of N,P,K and S nutrients, and the organic material comprising a carbon-labile sterile product of organic waste, wherein the organic waste has been subject to torrefaction at a temperature between 150 degrees C and 350 degrees C in an inert anaerobic atmosphere to result in a torrefied organic material, wherein the torrefaction does not subject the organic waste to temperatures that result in biochar.
A route notifying method, being applied to a first autonomous system border router, ASBR, in a first autonomous system, AS, wherein the first ASBR and at least one other ASBR in the first AS are connected with a second AS, the first ASBR and the at least one other ASBR are members of a first Bit Forwarding Router, BFR, group, the first ASBR and the at least one other ASBR are configured with a first BFR group prefix in a specified sub-domain, SD, and the first BFR group prefix represents the first BFR group; the method comprises: collecting BFR identifiers, IDs, of respective BFRs in the first AS; and notifying a route UPDATE message to the second AS, wherein the UPDATE message carries network layer reachability information, NLRI, and a Bit Index Explicit Replication, BIER, Path Attribute; the NLRI at least comprises the first BFR group prefix; the BIER Path Attribute at least comprises the collected BFR IDs and a first BFR prefix representing the first ASBR such that at least one ASBR receiving the UPDATE message in the second AS adds a corresponding Bit Index Forwarding Table, BIFT, forwarding entry in a BIFT and notifies a BIER route corresponding to the first BFR group prefix in the second AS; the BIFT forwarding entry at least comprises: a BFR neighbor and a forwarding bit mask, F-BM, the BFR neighbor is indicated by the first BFR prefix, the F-BM at least represents BFR IDs corresponding to respective BFRs reachable via the BFR neighbor, and the BFR IDs represented by the F-BM at least comprise the BFR IDs collected by the first ASBR in the first AS. collecting BFR identifiers, IDs, of respective BFRs in the first AS; and notifying a route UPDATE message to the second AS, wherein the UPDATE message carries network layer reachability information, NLRI, and a Bit Index Explicit Replication, BIER, Path Attribute; the NLRI at least comprises the first BFR group prefix; the BIER Path Attribute at least comprises the collected BFR IDs and a first BFR prefix representing the first ASBR such that at least one ASBR receiving the UPDATE message in the second AS adds a corresponding Bit Index Forwarding Table, BIFT, forwarding entry in a BIFT and notifies a BIER route corresponding to the first BFR group prefix in the second AS; the BIFT forwarding entry at least comprises: a BFR neighbor and a forwarding bit mask, F-BM, the BFR neighbor is indicated by the first BFR prefix, the F-BM at least represents BFR IDs corresponding to respective BFRs reachable via the BFR neighbor, and the BFR IDs represented by the F-BM at least comprise the BFR IDs collected by the first ASBR in the first AS.
An expander free electrode for lead acid battery comprising heteroatom embedded carbon nanotube (H-CNT) and lead oxide, wherein the heteroatom embedded carbon nanotube (H-CNT) comprises sulphur in the range of 0.001 wt % to 1 wt% and nitrogen in the range of 0.01 ppm to 2000 ppm by mass. heteroatom embedded carbon nanotube (H-CNT) and lead oxide, wherein the heteroatom embedded carbon nanotube (H-CNT) comprises sulphur in the range of 0.001 wt % to 1 wt% and nitrogen in the range of 0.01 ppm to 2000 ppm by mass.
A cosmetic formulation or composition for topical administration to the skin comprising (i) at least one isolated tissue-protective polypeptide (tpP) consisting of 10 to 40 amino acids, wherein the tissue-protective peptide is an agonist of the EPO receptor (EpoR) and / or the common β receptor (BcR), targets CD90 expressing skin cells, and does not or not essentially elicit hematopoietic / erythropoietic activity, and is an erythropoietin (EPO) peptide fragment, an EPO peptide variant, a peptide derived from an EPO analog or an EPO mimetic, or a peptide composed of amino acid residues which are involved in the binding to EpoR and/or βcR, and (ii) a lipid compound, a composition of lipid compounds, or a lipid structure, wherein the tissue-protective polypeptide (tpP) is linked or associated to the lipid compound or lipid structure by ionic interaction or by covalent bonding, or is admixed therewith or embedded or encapsulated therein by forming a micelle or liposomal structure, and (iii) at least one triggering agent that stimulates vasculature relaxation and/ or supports transport of the tissue-protective polypeptide (tpP) to the CD90 expressing skin cells, wherein the triggering agent stimulates nitric oxide (NO) and / or acetylcholine formation in the CD90 expressing skin cells, and comprises one or more amino acids or amino acid derivatives, selected from the group consisting of arginine, phenylalanine, lysine, glutamine, tyrosine, tryptophan, valine, proline, citrulline, creatine, taurine, and a polypeptide comprising or consisting of two or more identical or different amino acids as specified. (i) at least one isolated tissue-protective polypeptide (tpP) consisting of 10 to 40 amino acids, wherein the tissue-protective peptide is an agonist of the EPO receptor (EpoR) and / or the common β receptor (BcR), targets CD90 expressing skin cells, and does not or not essentially elicit hematopoietic / erythropoietic activity, and is an erythropoietin (EPO) peptide fragment, an EPO peptide variant, a peptide derived from an EPO analog or an EPO mimetic, or a peptide composed of amino acid residues which are involved in the binding to EpoR and/or βcR, and (ii) a lipid compound, a composition of lipid compounds, or a lipid structure, wherein the tissue-protective polypeptide (tpP) is linked or associated to the lipid compound or lipid structure by ionic interaction or by covalent bonding, or is admixed therewith or embedded or encapsulated therein by forming a micelle or liposomal structure, and (iii) at least one triggering agent that stimulates vasculature relaxation and/ or supports transport of the tissue-protective polypeptide (tpP) to the CD90 expressing skin cells, wherein the triggering agent stimulates nitric oxide (NO) and / or acetylcholine formation in the CD90 expressing skin cells, and comprises one or more amino acids or amino acid derivatives, selected from the group consisting of arginine, phenylalanine, lysine, glutamine, tyrosine, tryptophan, valine, proline, citrulline, creatine, taurine, and a polypeptide comprising or consisting of two or more identical or different amino acids as specified.
A wound dressing comprising or consisting of (a) a covering layer ; (b) a sheath on the wound facing side of the covering layer , (c) an absorbent core within the sheath , and (d) an adherent layer on the wound facing side of the sheath ; wherein the sheath comprises (b1) an adhesive sheath layer , (b2) a proximal sheath layer on the proximal sides of the absorbent core and the adhesive sheath layer and (b3) a distal sheath layer on the distal sides of the absorbent core and the adhesive sheath layer ; wherein the adherent layer comprises an opening , and wherein the adherent layer has (i) a wound facing proximal side adapted to adhere to a body part , and (ii) a distal side adhering to an outer rim of the covering layer . (a) a covering layer ; (b) a sheath on the wound facing side of the covering layer , (c) an absorbent core within the sheath , and (d) an adherent layer on the wound facing side of the sheath ; wherein the sheath comprises (b1) an adhesive sheath layer , (b2) a proximal sheath layer on the proximal sides of the absorbent core and the adhesive sheath layer and (b3) a distal sheath layer on the distal sides of the absorbent core and the adhesive sheath layer ; (b1) an adhesive sheath layer , (b2) a proximal sheath layer on the proximal sides of the absorbent core and the adhesive sheath layer and (b3) a distal sheath layer on the distal sides of the absorbent core and the adhesive sheath layer ; wherein the adherent layer comprises an opening , and wherein the adherent layer has (i) a wound facing proximal side adapted to adhere to a body part , and (ii) a distal side adhering to an outer rim of the covering layer . (i) a wound facing proximal side adapted to adhere to a body part , and (ii) a distal side adhering to an outer rim of the covering layer .
A spray dispenser operably connectable to a container for dispensing fluid from the container , the spray dispenser comprising: (i) a pump , (ii) a shroud disposed about at least a portion of the pump , the shroud having a shroud bottom edge defining an open end ; (iii) a nozzle in fluid communication with the pump , the nozzle adjacent to an opening in the shroud and extending outwardly therefrom; and (iv) a unitary sprayer cover having: - a first portion spaced apart from the open end of the shroud to define a shroud top of the shroud , and - a second portion having a proximal end connected to the first portion and a distal end disposed away from the first portion ; the second portion extending from the first portion to define a nozzle housing at least partially surrounding the nozzle further comprising: a spout having a longitudinal axis , a spout outer surface and a spout inner surface , the spout is rotatably mounted to the nozzle housing through engagement of the spout inner surface with an outer surface of the nozzle housing to define a bearing surface between the spout and the nozzle housing . (i) a pump , (ii) a shroud disposed about at least a portion of the pump , the shroud having a shroud bottom edge defining an open end ; (iii) a nozzle in fluid communication with the pump , the nozzle adjacent to an opening in the shroud and extending outwardly therefrom; and (iv) a unitary sprayer cover having: - a first portion spaced apart from the open end of the shroud to define a shroud top of the shroud , and - a second portion having a proximal end connected to the first portion and a distal end disposed away from the first portion ; the second portion extending from the first portion to define a nozzle housing at least partially surrounding the nozzle - a first portion spaced apart from the open end of the shroud to define a shroud top of the shroud , and - a second portion having a proximal end connected to the first portion and a distal end disposed away from the first portion ; the second portion extending from the first portion to define a nozzle housing at least partially surrounding the nozzle
A system for activating an infrared light source or a visible-light light source , said system comprising: at least one input interface ; at least one control interface ; and at least one processor configured to: - receive, via said at least one input interface , input indicating human presence in a space, - perform person identification based on said input and/or based on further input, - determine a type of said human presence based on said input by determining whether said person identification resulted in a known and/or trusted person being identified, - decide whether to activate an infrared light source or a visible-light light source in said space based on said type of said human presence, and - activate, via said at least one control interface , said infrared light source or said visible-light light source in dependence on said decision. at least one input interface ; at least one control interface ; and at least one processor configured to: - receive, via said at least one input interface , input indicating human presence in a space, - perform person identification based on said input and/or based on further input, - determine a type of said human presence based on said input by determining whether said person identification resulted in a known and/or trusted person being identified, - decide whether to activate an infrared light source or a visible-light light source in said space based on said type of said human presence, and - activate, via said at least one control interface , said infrared light source or said visible-light light source in dependence on said decision. - receive, via said at least one input interface , input indicating human presence in a space, - perform person identification based on said input and/or based on further input, - determine a type of said human presence based on said input by determining whether said person identification resulted in a known and/or trusted person being identified, - decide whether to activate an infrared light source or a visible-light light source in said space based on said type of said human presence, and - activate, via said at least one control interface , said infrared light source or said visible-light light source in dependence on said decision.
A method of forming a braided upper comprising: locating a forming mandrel above a braiding point of a braiding machine ; braiding a plurality of strands to form a three dimensional braided component while pulling the braided component over the forming mandrel ; and inserting a last into the braided component to shape the braided component thereafter.